AP DEECET 2022 Question Paper for Physical Science (Telugu)
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AP DEECET 2022 Question Paper for Physical Science (Telugu) – Text
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Page 1
DEECET – 2022
(PART - A)
Teaching Aptitude – SET – 2
1. The meaning of the Greek word “Philos” is
1. Wisdom
2. Learning
3. Knowing
4. Love
ç^Å£ |<+ »» Philosµµ nsÁ+
1. C²ãq+
2. HûsÁTÌ¿Ãe&+
3. Ôî\TdT¿=qT³
4. ç|eT
2. The Academic authority to develop textbooks for school Education
in our state is
1. SCERT, Andhra Pradesh
2. SSA, Andhra Pradesh
3. NCERT, New Delhi
4. SIET, Andhra Pradesh
eTq sçw+¼ ýË bÍsÄXÁ æ\ $<«Å£ d++~ó+º bÍsÄ«Á |Úd¿ï ±\ sÁÖ|¿\£ ÎqÅ£
nBó¿£ Ôá+ #ûjTá &q d+dÆ
1. SCERT, +ç<óç|<ûXÙ
2. SSA, +ç<óç|<ûXÙ
3. NCERT, qÖ« &ó©¢
4. SIET, +ç<óç |<Xû Ù
(PART - A)
Teaching Aptitude – SET – 2
1. The meaning of the Greek word “Philos” is
1. Wisdom
2. Learning
3. Knowing
4. Love
ç^Å£ |<+ »» Philosµµ nsÁ+
1. C²ãq+
2. HûsÁTÌ¿Ãe&+
3. Ôî\TdT¿=qT³
4. ç|eT
2. The Academic authority to develop textbooks for school Education
in our state is
1. SCERT, Andhra Pradesh
2. SSA, Andhra Pradesh
3. NCERT, New Delhi
4. SIET, Andhra Pradesh
eTq sçw+¼ ýË bÍsÄXÁ æ\ $<«Å£ d++~ó+º bÍsÄ«Á |Úd¿ï ±\ sÁÖ|¿\£ ÎqÅ£
nBó¿£ Ôá+ #ûjTá &q d+dÆ
1. SCERT, +ç<óç|<ûXÙ
2. SSA, +ç<óç|<ûXÙ
3. NCERT, qÖ« &ó©¢
4. SIET, +ç<óç |<Xû Ù
Page 2
3. RTE – 2009 Act related to
1. Teachers Salaries
2. Adult Education
3. Free and compulsory Education to 6 to 14 years
age group children
4. Right to Information Act
RTE –2009 #á³+
¼ B¿ì d++~ó+ºq~
1. bÍ<ó«jáTT\ JÔá uóÔ «\T
2. ejîÖÈq $<«
3. 6 qT+º 14 d+eÔáàs\ýË|Ú |¾\\¢ Å£ ºÔá sÁÒ+<ó
çbÍ<¸$ T¿£ $<«
4. deÖ#sÁ d¿£sD Á V²Å£Ø #á³+¼
4. Expand ECCE
1. Early child character and Education
2. English course on continuing Education
3. Early child control and Education
4. Early childhood care and Education
ECCE $d]
ï +#á>±
1. Early child character and Education
2. English course on continuing Education
3. Early child control and Education
4. Early childhood care and Education
1. Teachers Salaries
2. Adult Education
3. Free and compulsory Education to 6 to 14 years
age group children
4. Right to Information Act
RTE –2009 #á³+
¼ B¿ì d++~ó+ºq~
1. bÍ<ó«jáTT\ JÔá uóÔ «\T
2. ejîÖÈq $<«
3. 6 qT+º 14 d+eÔáàs\ýË|Ú |¾\\¢ Å£ ºÔá sÁÒ+<ó
çbÍ<¸$ T¿£ $<«
4. deÖ#sÁ d¿£sD Á V²Å£Ø #á³+¼
4. Expand ECCE
1. Early child character and Education
2. English course on continuing Education
3. Early child control and Education
4. Early childhood care and Education
ECCE $d]
ï +#á>±
1. Early child character and Education
2. English course on continuing Education
3. Early child control and Education
4. Early childhood care and Education
Page 3
5. If majority of students in your class are weak you should
1. keep your teaching slow
2. not care about them
3. keep your teaching slow along with some extra guidance to
bright pupil
4. suggest them to read guides
ú Ôás>Á Ü
· ýË mÅ£Øe eT+~ $<«sÁT\T yîqT¿£& +fñ
1. ú uË<óq qT <q+>± #ûkÍïeÚ
2. y] >·T]+º |{+¼ì #áT¿ÃeÚ
3. uË<óqqT <q+>± #ûdÖï, Ôî*yîÕq $<«sÁT\Å£ n<q|Ú
eÖsÁZ<sÁô¿£ÔáÇ+ #ûkÍïeÚ.
4. >Â &Õ \ T #á<e eT dÖºkÍïeÚ.
1. keep your teaching slow
2. not care about them
3. keep your teaching slow along with some extra guidance to
bright pupil
4. suggest them to read guides
ú Ôás>Á Ü
· ýË mÅ£Øe eT+~ $<«sÁT\T yîqT¿£& +fñ
1. ú uË<óq qT <q+>± #ûkÍïeÚ
2. y] >·T]+º |{+¼ì #áT¿ÃeÚ
3. uË<óqqT <q+>± #ûdÖï, Ôî*yîÕq $<«sÁT\Å£ n<q|Ú
eÖsÁZ<sÁô¿£ÔáÇ+ #ûkÍïeÚ.
4. >Â &Õ \ T #á<e eT dÖºkÍïeÚ.
Page 4
G. K. – SET - 2
6. Kanjeevaram Silk is famous in the state of
1. Tamilnadu
2. Kerala
3. Karnataka
4. Telangana
¿±+JesÁ+ |³T¼Å£ ç|d~¾ Æ #î+~q sçw+¼
1. Ôá$TÞøH&T
2. ¿¹ sÁÞø
3. ¿£s³¿£
4. Ôî\+>±D
7. The martial art of Andhra Pradesh
1. Kathi Samu
2. Silambam
3. Parikhand
4. Thoda
+ç<óç |<Xû ÅÙ £ #î+~q eÖsÁýü Ù sY¼
1. ¿£Ükï ÍeTT
2. d¾ý++
3. |]K+&
4. ÔÃ&
6. Kanjeevaram Silk is famous in the state of
1. Tamilnadu
2. Kerala
3. Karnataka
4. Telangana
¿±+JesÁ+ |³T¼Å£ ç|d~¾ Æ #î+~q sçw+¼
1. Ôá$TÞøH&T
2. ¿¹ sÁÞø
3. ¿£s³¿£
4. Ôî\+>±D
7. The martial art of Andhra Pradesh
1. Kathi Samu
2. Silambam
3. Parikhand
4. Thoda
+ç<óç |<Xû ÅÙ £ #î+~q eÖsÁýü Ù sY¼
1. ¿£Ükï ÍeTT
2. d¾ý++
3. |]K+&
4. ÔÃ&
Page 5
8. The “International Teacher’s Day” is celebrated on
1. 5th September
2. 8th March
3. 1st January
4. 5th October
»»n+Ôás¨rjáT bÍ<ó«jáT ~HÃÔáàe+µµ ÈsÁT|ÚÅ£Hû sÃE
1. 5 d|¼+sY
2. 8 eÖ]Ì
3. 1 Èqe]
4. 5 n¿Ã¼sY
9. The headquarter of “Reserve Bank of India” is located at
1. Bengaluru
2. Mumbai
3. Hyderabad
4. New Delhi
»»]ÈsYÇ u²«+¿ù |t +&jáÖµµ ç|<óq ¿±s«\jáT+#á̳ ¿£\<T
1. uÉ+>·ÞøSsÁT
2. eTT+u²sTT
3. VÕ²<su²<
4. qÖ« &ó©¢
1. 5th September
2. 8th March
3. 1st January
4. 5th October
»»n+Ôás¨rjáT bÍ<ó«jáT ~HÃÔáàe+µµ ÈsÁT|ÚÅ£Hû sÃE
1. 5 d|¼+sY
2. 8 eÖ]Ì
3. 1 Èqe]
4. 5 n¿Ã¼sY
9. The headquarter of “Reserve Bank of India” is located at
1. Bengaluru
2. Mumbai
3. Hyderabad
4. New Delhi
»»]ÈsYÇ u²«+¿ù |t +&jáÖµµ ç|<óq ¿±s«\jáT+#á̳ ¿£\<T
1. uÉ+>·ÞøSsÁT
2. eTT+u²sTT
3. VÕ²<su²<
4. qÖ« &ó©¢
Page 6
10. The full form of “IPL” is
1. Indian Premier League
2. Indo – Pakistan League
3. International Premier League
4. Indian Players League
IPL qT $d]
ï +#á>±
1. +&jTá H ç|¾$TjáTsY ©>´
2. +&à ` bÍ¿ìkÍïH ©>´
3. +³¹swqýÙ ç|¾$TjáTsY ©>´
4. +&jTá H |¢jTá sYà ©>´
1. Indian Premier League
2. Indo – Pakistan League
3. International Premier League
4. Indian Players League
IPL qT $d]
ï +#á>±
1. +&jTá H ç|¾$TjáTsY ©>´
2. +&à ` bÍ¿ìkÍïH ©>´
3. +³¹swqýÙ ç|¾$TjáTsY ©>´
4. +&jTá H |¢jTá sYà ©>´
Page 7
English – SET – 2
11. A person who knows many languages
1. linguist
2. polyglot
3. grammarian
4. bilingual
12. I finished my project work several days _______
of the deadline.
1. ahead of
2. instead of
3. in spite of
4. according to
13. He was fond ___ Jimmy.
1. in
2. to
3. of
4. at
11. A person who knows many languages
1. linguist
2. polyglot
3. grammarian
4. bilingual
12. I finished my project work several days _______
of the deadline.
1. ahead of
2. instead of
3. in spite of
4. according to
13. He was fond ___ Jimmy.
1. in
2. to
3. of
4. at
Page 8
14. Would you like a _____ of cake.
1. piece
2. peace
3. piese
4. peece
15. Find the passive form for the following sentence
The dog chased the cat.
1. The cat chases the dog.
2. The cat was chased by the dog.
3. The cat is chased by the dog.
4. The cat chased by the dog.
1. piece
2. peace
3. piese
4. peece
15. Find the passive form for the following sentence
The dog chased the cat.
1. The cat chases the dog.
2. The cat was chased by the dog.
3. The cat is chased by the dog.
4. The cat chased by the dog.
Page 9
Telugu – SET – 2
16. ¿ì+~ y{ìýË »»n\ÎçbÍD²\TµµÔÃ @sÁÎ&q |<+
1. K>·+
2. Ôá\
3. sÁ<¸+
4. |\ +
17. ¿ì+~ y{ìýË »»#áµµ esÁZÅ£ #î+~q n¿£sÁ+
1. È
2. q
3. |
4. ³
18. ¿ì+~ y{ìýË d+jáTT¿±ï¿s£ +Á >·\ |< >·T]ï+#á+&.
1. |³D¼ +
2. qqT
3. >=çÂs
4. <sÒsÁT
16. ¿ì+~ y{ìýË »»n\ÎçbÍD²\TµµÔÃ @sÁÎ&q |<+
1. K>·+
2. Ôá\
3. sÁ<¸+
4. |\ +
17. ¿ì+~ y{ìýË »»#áµµ esÁZÅ£ #î+~q n¿£sÁ+
1. È
2. q
3. |
4. ³
18. ¿ì+~ y{ìýË d+jáTT¿±ï¿s£ +Á >·\ |< >·T]ï+#á+&.
1. |³D¼ +
2. qqT
3. >=çÂs
4. <sÒsÁT
Page 10
19. »»¿±Þ²ß yûÞ²ß |&Tµµ ` C²rjáÖ¿ì nsÁ+
1. mesÁT |{¼ì+#áT¿Ã¿£ bþe&+
2. u²>± nuó²«d+ ¿£\
3. çÜeTý²&T
4. <T:Ï+#áT
20. »çV²µ |<¿ì $¿£Ü
1. u²eT&T
2. u²eT
3. çu²V²
4. eT
1. mesÁT |{¼ì+#áT¿Ã¿£ bþe&+
2. u²>± nuó²«d+ ¿£\
3. çÜeTý²&T
4. <T:Ï+#áT
20. »çV²µ |<¿ì $¿£Ü
1. u²eT&T
2. u²eT
3. çu²V²
4. eT
Page 11
1st Language Telugu – SET - 2
21. »»ç|sÁDµµ Ôá¿£<¸ sÁ#ásTTÔá
1. m.|¾.CÉ. nTÝýÙ ¿£ý²+
2. &T¦ ¿£weTÖ]ï
3. <TePÇ] s$TÂs&¦
4. |Ú³¼|] ï HsjáTD²#sÁT«\T
22. »»+еµ |<¿ì |s«jáT|<\T
1. dq, <+&T
2. úsÁT, <¿e£ TT
3. e¿£+ , ÔásTÁ eÚ
4. ¿±Xø+, $TqT
23. »»ºqjáT+µµ |<+ýË d+~ó
1. $dsÁZd+~ó
2. nqTHd¾¿£ d+~ó
3. s¹ bÍ>·eTd+~ó
4. XøÌÔáÇd+~ó
24. »»eTq dTuóç <Å£ eTqdT uóç <eTjûT«µµ y¿£«+ýË n\+¿±sÁ+
1. eÔ«qTçbÍd
2. jáTeT¿£+
3. n+Ô«qTçbÍd
4. ý²{²qTçbÍd
21. »»ç|sÁDµµ Ôá¿£<¸ sÁ#ásTTÔá
1. m.|¾.CÉ. nTÝýÙ ¿£ý²+
2. &T¦ ¿£weTÖ]ï
3. <TePÇ] s$TÂs&¦
4. |Ú³¼|] ï HsjáTD²#sÁT«\T
22. »»+еµ |<¿ì |s«jáT|<\T
1. dq, <+&T
2. úsÁT, <¿e£ TT
3. e¿£+ , ÔásTÁ eÚ
4. ¿±Xø+, $TqT
23. »»ºqjáT+µµ |<+ýË d+~ó
1. $dsÁZd+~ó
2. nqTHd¾¿£ d+~ó
3. s¹ bÍ>·eTd+~ó
4. XøÌÔáÇd+~ó
24. »»eTq dTuóç <Å£ eTqdT uóç <eTjûT«µµ y¿£«+ýË n\+¿±sÁ+
1. eÔ«qTçbÍd
2. jáTeT¿£+
3. n+Ô«qTçbÍd
4. ý²{²qTçbÍd
Page 12
25. »»neTÔá+ Å£]d¾q sçܵµ ¿£$Ô d+¿£\q+ sÁ#sá TTÔá
1. qe \¿¡ HsjáTD
2. <TePÇ] s$TÂs&¦
3. <ûesÁ¿=+& u²\>·+>±<ós Á Ü\¿ù
4. $<ÇH $XøÇ+
26. »»y&T m|Ú&T ekÍï&õµ @sÁ¿£yTî q® y¿£«+
1. d+<ûVä sÁ¿Æ £ y¿£«+
2. ÔsÁ¿Æ £ y¿£«+
3. ç|sÁD y¿£«+
4. nqTeTÜ y¿£«+
27. »»|ÚHeT qsÁ¿e£ TT qT+& sÁ¿ì+ #áTy&Tµµ eÚ«ÔáÎÔá«sÁeÆ TT sjáT+&.
1. >·TsÁTeÚ
2. ¥w§«&T
3. |ÚçÔáT&T
4. Ôáeï TT&T
28. »»kÍ<ó« + ¿±~µµ deÖd |<e TT >·T]ï+#á+&.
1. nkÍ<ó« eTT
2. kÍ<ó«kÍ<ó« eTT\T
3. kÍ<ó«yûT
4. kÍ<ó« eTT ¿±Hû ¿±<T.
1. qe \¿¡ HsjáTD
2. <TePÇ] s$TÂs&¦
3. <ûesÁ¿=+& u²\>·+>±<ós Á Ü\¿ù
4. $<ÇH $XøÇ+
26. »»y&T m|Ú&T ekÍï&õµ @sÁ¿£yTî q® y¿£«+
1. d+<ûVä sÁ¿Æ £ y¿£«+
2. ÔsÁ¿Æ £ y¿£«+
3. ç|sÁD y¿£«+
4. nqTeTÜ y¿£«+
27. »»|ÚHeT qsÁ¿e£ TT qT+& sÁ¿ì+ #áTy&Tµµ eÚ«ÔáÎÔá«sÁeÆ TT sjáT+&.
1. >·TsÁTeÚ
2. ¥w§«&T
3. |ÚçÔáT&T
4. Ôáeï TT&T
28. »»kÍ<ó« + ¿±~µµ deÖd |<e TT >·T]ï+#á+&.
1. nkÍ<ó« eTT
2. kÍ<ó«kÍ<ó« eTT\T
3. kÍ<ó«yûT
4. kÍ<ó« eTT ¿±Hû ¿±<T.
Page 13
29. »»u <Æ _óÅ£ eÚ\#û yûý²~ BbÍ\T yî*Ð+#á&¦sTTµµ. B¿ì ¿£sD
ïÁ ì
y¿£«+ >·T]ï+#á+&.
1. u <Æ _óÅ£ eÚ\T yûý²~ BbÍ\qT yî*Ð+#sÁT.
2. u <Æ _Å£eÚ\T yûý²~ BbÍ\qT yî*Ð+#áý<ñ T .
3. yûý²~ BbÍ\T u <Æ _Å£ eÚ\#û yî*Ð+#sÁT.
4. u <Æ _Å£eÚ\T yûý²~ BbÍ\qT yî*ÐkÍïsÁT.
30. ç|Ü bÍ<+ýËqÖ s +&e n¿£s +Á ÿ¹¿ n¿£s yÁ Tî ® +&{² @eT+{²sÁT?
1. eÔá+ï
2. jáTÜ
3. çbÍd
4. çbÍdjTá Ü
ïÁ ì
y¿£«+ >·T]ï+#á+&.
1. u <Æ _óÅ£ eÚ\T yûý²~ BbÍ\qT yî*Ð+#sÁT.
2. u <Æ _Å£eÚ\T yûý²~ BbÍ\qT yî*Ð+#áý<ñ T .
3. yûý²~ BbÍ\T u <Æ _Å£ eÚ\#û yî*Ð+#sÁT.
4. u <Æ _Å£eÚ\T yûý²~ BbÍ\qT yî*ÐkÍïsÁT.
30. ç|Ü bÍ<+ýËqÖ s +&e n¿£s +Á ÿ¹¿ n¿£s yÁ Tî ® +&{² @eT+{²sÁT?
1. eÔá+ï
2. jáTÜ
3. çbÍd
4. çbÍdjTá Ü
Page 14
Mathematics – SET - 2
31. The maximum number in the common factors of the numbers 504,
792, 1080
504, 792, 1080 d+K«\ jîTT¿£Ø eT& ¿±sÁD²+¿±\ýË >·]w¼
d+K«
1. 4
2. 5
3. 6
4. 7
32. The length of the quadrilateral is twice to its breadth. If the perimeter
is 48c.m, the length of the quadrilateral is.
1. 16 cm
2. 8 cm
3. 15 cm
4. 9 cm
ÿ¿£ BsÁé #áÔTá sÁçd+ jîTT¿£Ø bõ&eÚ < yî&\ TÎ ¿ì Âs+&T s ³T¢ eÚ+~.
< #áT³T¼ ¿=\Ôá 48 d+ MT nsTTq BsÁé #áÔTá sÁçd+ jîTT¿£Ø bõ&eÚ
1. 16 d+ MT
2. 8 d+ MT
3. 15 d+ MT
4. 9 d+ MT.
31. The maximum number in the common factors of the numbers 504,
792, 1080
504, 792, 1080 d+K«\ jîTT¿£Ø eT& ¿±sÁD²+¿±\ýË >·]w¼
d+K«
1. 4
2. 5
3. 6
4. 7
32. The length of the quadrilateral is twice to its breadth. If the perimeter
is 48c.m, the length of the quadrilateral is.
1. 16 cm
2. 8 cm
3. 15 cm
4. 9 cm
ÿ¿£ BsÁé #áÔTá sÁçd+ jîTT¿£Ø bõ&eÚ < yî&\ TÎ ¿ì Âs+&T s ³T¢ eÚ+~.
< #áT³T¼ ¿=\Ôá 48 d+ MT nsTTq BsÁé #áÔTá sÁçd+ jîTT¿£Ø bõ&eÚ
1. 16 d+ MT
2. 8 d+ MT
3. 15 d+ MT
4. 9 d+ MT.
Page 15
33. A motor bike can travel 62.5 k.m with 1 litre of petrol. With
10 litres of petrol how much distance can it travel?
1. 525 km
2. 625 km
3. 635 km
4. 265 km
ÿ¿£ yîÖ{²sY uÉ¿Õ ù 1 ©³sY |ç{ËýÙ Ôà 62. 5 ¿ì.MT. <ÖsÁ+
ç|jÖá Dì+#á>\· <T. n<û yV²q+ 10 ©³sÁ¢ |ç{ËýÙ Ôà m+Ôá <ÖsÁ+
ç|jÖá Dì+#á>\· <T
1. 525 ¿ì.MT.
2. 625 ¿ì.MT.
3. 635 ¿ì.MT.
4. 265 ¿ì.MT.
34. If the ratio of diameters of two circles is 3:4, then find the ratio of
their perimeters?
s +&T eÔï\ y«kÍ\ wÎÜï 3:4 nsTTq y{ì #áT³T¼¿=\Ôá\
wÎÜï m+Ôá ?
1. 4:3
2. 2:3
3. 3:2
4. 3:4
10 litres of petrol how much distance can it travel?
1. 525 km
2. 625 km
3. 635 km
4. 265 km
ÿ¿£ yîÖ{²sY uÉ¿Õ ù 1 ©³sY |ç{ËýÙ Ôà 62. 5 ¿ì.MT. <ÖsÁ+
ç|jÖá Dì+#á>\· <T. n<û yV²q+ 10 ©³sÁ¢ |ç{ËýÙ Ôà m+Ôá <ÖsÁ+
ç|jÖá Dì+#á>\· <T
1. 525 ¿ì.MT.
2. 625 ¿ì.MT.
3. 635 ¿ì.MT.
4. 265 ¿ì.MT.
34. If the ratio of diameters of two circles is 3:4, then find the ratio of
their perimeters?
s +&T eÔï\ y«kÍ\ wÎÜï 3:4 nsTTq y{ì #áT³T¼¿=\Ôá\
wÎÜï m+Ôá ?
1. 4:3
2. 2:3
3. 3:2
4. 3:4
Page 16
35. A tank with capacity of 50 litres can be filled in 5 hours. If the
capacity of the tank is 75 litres, how many hours does it take
to fill?
50 ©³sÁ¢ |]eÖD+ ¿£\ Ô={ì¼ +|ڳţ 5 >·+³\ deTjáT+ |&Ô
û
75 ©³sÁ¢ |]eÖD+ ¿£\ Ô={ì¼ +|ڳţ m >·+³\ deTjáT+ |³T¼qT ?
1. 71
2
2. 81
2
3. 91
2
4. 71
3
36. For the principal amount of Rupees 12000, the interest rate is 10 %
for the period of 1 years. If the interest is compounded for 6 months
how much interest has to be paid?
1. Rs. 3972
2. Rs. 3872
3. Rs. 3672
4. Rs. 4072
12000 sÁÖbÍjáT\T 10 XæÔá+ e&¦ ¿ì 1 1 d+eÔáàs\ ¿±\+ ÔásÁTyÔá
2
6 Hî\\¿ì e&¦ ÜsÁ>¿· f
£ ¼ñ |<Ü
Ý |Õ m+Ôá e&¦ #î*+¢ #* ?
1. sÁÖ. 3972
2. sÁÖ. 3872
3. sÁÖ. 3672
4. sÁÖ. 4072
capacity of the tank is 75 litres, how many hours does it take
to fill?
50 ©³sÁ¢ |]eÖD+ ¿£\ Ô={ì¼ +|ڳţ 5 >·+³\ deTjáT+ |&Ô
û
75 ©³sÁ¢ |]eÖD+ ¿£\ Ô={ì¼ +|ڳţ m >·+³\ deTjáT+ |³T¼qT ?
1. 71
2
2. 81
2
3. 91
2
4. 71
3
36. For the principal amount of Rupees 12000, the interest rate is 10 %
for the period of 1 years. If the interest is compounded for 6 months
how much interest has to be paid?
1. Rs. 3972
2. Rs. 3872
3. Rs. 3672
4. Rs. 4072
12000 sÁÖbÍjáT\T 10 XæÔá+ e&¦ ¿ì 1 1 d+eÔáàs\ ¿±\+ ÔásÁTyÔá
2
6 Hî\\¿ì e&¦ ÜsÁ>¿· f
£ ¼ñ |<Ü
Ý |Õ m+Ôá e&¦ #î*+¢ #* ?
1. sÁÖ. 3972
2. sÁÖ. 3872
3. sÁÖ. 3672
4. sÁÖ. 4072
Page 17
37. The owner of a house enhancing the rent at the rate of 5% per
annum. If the present rent is Rs.2500 then how much rent has to pay
after two years?
1. Rs. 2756.25
2. Rs. 2756.50
3. Rs. 2678.25
4. Rs. 2678.50
ÿ¿£ +{ì jáTÈeÖ Ôáq +{ì |Õ n<îÝ qT d+eÔáàs+Ô¿ì 5% #=|ÚÎq
|+#áTÔáT+&>±, ç|dT Ô
ï +á 2500 sÁÖbÍjáT\T n<îÝ edÖ\T #ûdT +ï fñ
2d+eÔáàs\ ÔásTÁ yÔá m+Ôá n<îÝ +&TqT?
1. sÁÖ. 2756.25
2. sÁÖ. 2756.50
3. sÁÖ. 2678.25
4. sÁÖ. 2678.50
38. If the polynomials x 3 + ax 2 + 5 and x 3 - 2 x 2 + a are divided by (x+2)
leave the same remainder, find the value of a.
x 3 + ax 2 + 5 eT]jáTT x 3 - 2 x 2 + a \qT (x+2) uó²Ð+ºq|Ú&T deÖq
Xâw+ $TÐ*q³¢sTTÔû, a $\TeqT ¿£qT>=q+&.
13
1. -
3
13
2.
3
14
3.
3
14
4. -
3
annum. If the present rent is Rs.2500 then how much rent has to pay
after two years?
1. Rs. 2756.25
2. Rs. 2756.50
3. Rs. 2678.25
4. Rs. 2678.50
ÿ¿£ +{ì jáTÈeÖ Ôáq +{ì |Õ n<îÝ qT d+eÔáàs+Ô¿ì 5% #=|ÚÎq
|+#áTÔáT+&>±, ç|dT Ô
ï +á 2500 sÁÖbÍjáT\T n<îÝ edÖ\T #ûdT +ï fñ
2d+eÔáàs\ ÔásTÁ yÔá m+Ôá n<îÝ +&TqT?
1. sÁÖ. 2756.25
2. sÁÖ. 2756.50
3. sÁÖ. 2678.25
4. sÁÖ. 2678.50
38. If the polynomials x 3 + ax 2 + 5 and x 3 - 2 x 2 + a are divided by (x+2)
leave the same remainder, find the value of a.
x 3 + ax 2 + 5 eT]jáTT x 3 - 2 x 2 + a \qT (x+2) uó²Ð+ºq|Ú&T deÖq
Xâw+ $TÐ*q³¢sTTÔû, a $\TeqT ¿£qT>=q+&.
13
1. -
3
13
2.
3
14
3.
3
14
4. -
3
Page 18
39. Length of the shadow of a 15mts. high pole is 5√3mts. at 7 o clock
in the morning. Then what is the angle of elevation of the Sun rays
with the ground at that time?
<jTá + 7 >·+³\Å£ 15 MT³sÁ¢ mÔáTï ¿£\ d+ uó+ jîTT¿£Ø ú& bõ&eÚ
5 3 MT³sÁT.¢ deTjáT+ ýË dÖsÁ« ¿ìsD Á ²\T uóÖ $T Ôà m+Ôá ¿ÃD+
#ûdT Hï sTT ?
1. 70°
2. 60°
3. 90°
4. 30°
40. Product of the roots of a quadratic equation is
ÿ¿£ esÁZ dMT¿£sD
Á + jîTT¿£Ø eTÖý²\ \Ý+ m+Ôá ?
a
1.
b
c
2.
a
d
3.
a
a
4.
c
in the morning. Then what is the angle of elevation of the Sun rays
with the ground at that time?
<jTá + 7 >·+³\Å£ 15 MT³sÁ¢ mÔáTï ¿£\ d+ uó+ jîTT¿£Ø ú& bõ&eÚ
5 3 MT³sÁT.¢ deTjáT+ ýË dÖsÁ« ¿ìsD Á ²\T uóÖ $T Ôà m+Ôá ¿ÃD+
#ûdT Hï sTT ?
1. 70°
2. 60°
3. 90°
4. 30°
40. Product of the roots of a quadratic equation is
ÿ¿£ esÁZ dMT¿£sD
Á + jîTT¿£Ø eTÖý²\ \Ý+ m+Ôá ?
a
1.
b
c
2.
a
d
3.
a
a
4.
c
Page 19
General Science – SET – 2
(Biology)
41. The immovable joints are present in
1. Knee
2. Shoulder
3. Neck
4. Skull
¿£<\ ¿¡Þø ß +&û #óT
1. yîÖ¿±\T
2. uóTC+
3. yîT&
4. |ÚçÂs
42. Non insectivorous plant
1. Drosera
2. Nepenthes
3. utricularia
4. dodder
¿¡³¿±Vä] ¿± yîTT¿£Ø
1. ç&Ãd¾sÁ
2. Hî|+B¸dt
3. jáTTç{ìÅ£ «ýñ]jáÖ
4. &&sY
(Biology)
41. The immovable joints are present in
1. Knee
2. Shoulder
3. Neck
4. Skull
¿£<\ ¿¡Þø ß +&û #óT
1. yîÖ¿±\T
2. uóTC+
3. yîT&
4. |ÚçÂs
42. Non insectivorous plant
1. Drosera
2. Nepenthes
3. utricularia
4. dodder
¿¡³¿±Vä] ¿± yîTT¿£Ø
1. ç&Ãd¾sÁ
2. Hî|+B¸dt
3. jáTTç{ìÅ£ «ýñ]jáÖ
4. &&sY
Page 20
43. The synthetic fibre which is generally called “fake fur” is
1. Acrylic
2. Rayon
3. Nylon
4. Silk
¿£çÜeT <s\ýË »»q¿ì© µµ>± |¾\e&û~
1. nç¿£*¿ù
2. ¹sjáÖH
3. HîÕý²H
4. d¾ýØÙ
44. Malphigian tubules are secretory organs in
1. earth worm
2. housefly
3. flat worm
4. hen
¿ì+~ yýË eÖ©ÎÛjáTH H[¿£\T $ds¿Á̈ ±ejáTy\T>± ¿£\$.
1. yqbÍeTT
2. >·
3. <îÝ|ÚsÁT>·T
4. ¿Ã&
1. Acrylic
2. Rayon
3. Nylon
4. Silk
¿£çÜeT <s\ýË »»q¿ì© µµ>± |¾\e&û~
1. nç¿£*¿ù
2. ¹sjáÖH
3. HîÕý²H
4. d¾ýØÙ
44. Malphigian tubules are secretory organs in
1. earth worm
2. housefly
3. flat worm
4. hen
¿ì+~ yýË eÖ©ÎÛjáTH H[¿£\T $ds¿Á̈ ±ejáTy\T>± ¿£\$.
1. yqbÍeTT
2. >·
3. <îÝ|ÚsÁT>·T
4. ¿Ã&
Page 21
45. The digestive Juice without enzyme is
1. Bile juice
2. Gastric juice
3. Pancreatic juice
4. Saliva
m+CÉyÕ T \T ýñ JsÁs Ád+
1. |ÕÔ«á sÁd+
2. JsÁsÁd+
3. ¿Ã¢eTsÁd+
4. ý²ý²È\+
1. Bile juice
2. Gastric juice
3. Pancreatic juice
4. Saliva
m+CÉyÕ T \T ýñ JsÁs Ád+
1. |ÕÔ«á sÁd+
2. JsÁsÁd+
3. ¿Ã¢eTsÁd+
4. ý²ý²È\+
Page 22
General Science SET-2
Physical Science
46. The process which add water vapour to the atmosphere is
1. Solidification
2. Precipitation
3. Condensation
4. Evaporation
¿ì+~ yýË yÔesÁD²¿ì ú{ì $] #ûs¹ Ì ç|ç¿ìjTá
1. e&>Þ· ø ß
2. nebÍÔá+
3. kÍ+çB¿£sD Á +
4. uó²wÓÎuóeq+
47. A freely suspended magnet always comes to rest in direction of
1. North - East
2. South - West
3. East - West
4. North - South
dÇ#áÌ>Û ± yûý²&BjáT&q njáTkÍØ+Ôá+ m\¢|ð &T #áÖ| ~Å£Ø\T
1. ÔáïsÁ+ ` ÔáÖsÁTÎ
2. <¿ìD+ ` |¥ÌeT
3. ÔáÖsÁTÎ ` |&eTsÁ
4. Ôásï +Á ` <¿D ì +
Physical Science
46. The process which add water vapour to the atmosphere is
1. Solidification
2. Precipitation
3. Condensation
4. Evaporation
¿ì+~ yýË yÔesÁD²¿ì ú{ì $] #ûs¹ Ì ç|ç¿ìjTá
1. e&>Þ· ø ß
2. nebÍÔá+
3. kÍ+çB¿£sD Á +
4. uó²wÓÎuóeq+
47. A freely suspended magnet always comes to rest in direction of
1. North - East
2. South - West
3. East - West
4. North - South
dÇ#áÌ>Û ± yûý²&BjáT&q njáTkÍØ+Ôá+ m\¢|ð &T #áÖ| ~Å£Ø\T
1. ÔáïsÁ+ ` ÔáÖsÁTÎ
2. <¿ìD+ ` |¥ÌeT
3. ÔáÖsÁTÎ ` |&eTsÁ
4. Ôásï +Á ` <¿D ì +
Page 23
48. If two mirrors are kept at an angle of 180° between them, then the
number of images formed will be
s +&T <sÎÁ D²\ eT<ó« 180° ¿ÃD+ +&û $<ó+ >± +ºq|Ú&T y{ì eT<ó«
@sÁÎ&û ç|Ü_+u²\ d+K«
1. 1
2. 2
3. 3
4. 4
49. Which of the following is the unit of acceleration
¿ì+~ y{ìýË ÔáÇsÁD²¿ì jáTÖ³T¢
1. ms -1
2. ms -2
3. Newton
4. ms 2
50. Formula for Aluminium Oxide is
n\Ö«$TjáT+ ¿àÕ & bÍsÁTý²
1. Al3O
2. Al2 O3
3. AlO2
4. AlO3
number of images formed will be
s +&T <sÎÁ D²\ eT<ó« 180° ¿ÃD+ +&û $<ó+ >± +ºq|Ú&T y{ì eT<ó«
@sÁÎ&û ç|Ü_+u²\ d+K«
1. 1
2. 2
3. 3
4. 4
49. Which of the following is the unit of acceleration
¿ì+~ y{ìýË ÔáÇsÁD²¿ì jáTÖ³T¢
1. ms -1
2. ms -2
3. Newton
4. ms 2
50. Formula for Aluminium Oxide is
n\Ö«$TjáT+ ¿àÕ & bÍsÁTý²
1. Al3O
2. Al2 O3
3. AlO2
4. AlO3
Page 24
Social Studies – SET – 2
51. International Date line
1. 180º longitude
2. 0º longitude
3. 0º latitude
4. 90º latitude
n+Ôás¨rjáT ~q¹sK
1. 180° s¹ U²+Xø+
2. 0° s¹ U²+Xø+
3. 0° n¿±+Xø+
4. 90° n¿±+Xø+
52. A flat – topped table lands standing above the surrounding area
1. plateaus
2. mountains
3. plains
4. oceans
mÔásï TTq deT |]Ôá\+ >·\ \¢|s TÁ |Ú uóÖ eTT\T
1. |ÓsuÁÄ Öó eTT\T
2. |sÇÁ Ô\T
3. yîT<® H\T
4. deTTç<\T
51. International Date line
1. 180º longitude
2. 0º longitude
3. 0º latitude
4. 90º latitude
n+Ôás¨rjáT ~q¹sK
1. 180° s¹ U²+Xø+
2. 0° s¹ U²+Xø+
3. 0° n¿±+Xø+
4. 90° n¿±+Xø+
52. A flat – topped table lands standing above the surrounding area
1. plateaus
2. mountains
3. plains
4. oceans
mÔásï TTq deT |]Ôá\+ >·\ \¢|s TÁ |Ú uóÖ eTT\T
1. |ÓsuÁÄ Öó eTT\T
2. |sÇÁ Ô\T
3. yîT<® H\T
4. deTTç<\T
Page 25
53. Ruling by a king or queen is called
1. Democracy
2. Government
3. Parliament
4. Monarchy
ÿ¿£ sE ýñ< sDì #ûd bÍ\q
1. ç|C²kÍÇeT«+
2. ç|uóTÔáÇ+
3. bÍsÁ¢yîT+{Ù
4. s#á]¿£+
54. The word “Sikh” means
1. prophet
2. teacher
3. student
4. leader
»»d¾Å£Øµµ nHû |<¿ì nsÁ+
1. ç|e¿£ï
2. >·TsÁTeÚ
3. $<«]
4. HjáTÅ£&T
1. Democracy
2. Government
3. Parliament
4. Monarchy
ÿ¿£ sE ýñ< sDì #ûd bÍ\q
1. ç|C²kÍÇeT«+
2. ç|uóTÔáÇ+
3. bÍsÁ¢yîT+{Ù
4. s#á]¿£+
54. The word “Sikh” means
1. prophet
2. teacher
3. student
4. leader
»»d¾Å£Øµµ nHû |<¿ì nsÁ+
1. ç|e¿£ï
2. >·TsÁTeÚ
3. $<«]
4. HjáTÅ£&T
Page 26
55. Which is used extensively in electrical and electronic industry?
1. Chromium
2. Mica
3. Barytes
4. Asbestos
$<T«ÔáT,ï m\翱¼¿ù |]çXøeT\ýË B $çdï Ôá+>± |jÖî ÐkÍïsTÁ .
1. ç¿Ã$TjáT+
2. yîT¿® ±
3. uÉÂsÕ{ìdt
4. dÒkͼdt
56. “Sare Jahase Achaha” was written by
1. Mohammed Iqbal
2. Rabindranath Tagore
3. Bankim Chandra Chatterjee
4. Sarojini Naidu
»»k͹s ÈVäd n#̵µ sÁº+ºq ysÁT
1. eTV²eT< ¿±ÒýÙ
2. sÁM+ç<H<¸ sÄ>·ÖsY
3. +¿ì+#á+ç< #ó³ á ¯¨
4. dsÃú HjáTT&T
1. Chromium
2. Mica
3. Barytes
4. Asbestos
$<T«ÔáT,ï m\翱¼¿ù |]çXøeT\ýË B $çdï Ôá+>± |jÖî ÐkÍïsTÁ .
1. ç¿Ã$TjáT+
2. yîT¿® ±
3. uÉÂsÕ{ìdt
4. dÒkͼdt
56. “Sare Jahase Achaha” was written by
1. Mohammed Iqbal
2. Rabindranath Tagore
3. Bankim Chandra Chatterjee
4. Sarojini Naidu
»»k͹s ÈVäd n#̵µ sÁº+ºq ysÁT
1. eTV²eT< ¿±ÒýÙ
2. sÁM+ç<H<¸ sÄ>·ÖsY
3. +¿ì+#á+ç< #ó³ á ¯¨
4. dsÃú HjáTT&T
Page 27
57. In Telugu the first talkie movie was
1. Alam Ara
2. Bhakta Prahalada
3. Bhishma Pratigna
4. Mana Desham
Ôî\T>·TýË yîTT<{ì {²¿¡ ºçÔá+
1. \+ s
2. uó¿ ï£ ç|Vä ¢<
3. ;ów ç|ÜÈã
4. eTq<ûX+ø
58. Dowry prohibition act was made in the year
esÁ¿³
£ w<ó# ³
á +¼ ÔájÖá sÁT #ûdq¾ d+eÔáàsÁ+
1. 1959
2. 1961
3. 1963
4. 1965
1. Alam Ara
2. Bhakta Prahalada
3. Bhishma Pratigna
4. Mana Desham
Ôî\T>·TýË yîTT<{ì {²¿¡ ºçÔá+
1. \+ s
2. uó¿ ï£ ç|Vä ¢<
3. ;ów ç|ÜÈã
4. eTq<ûX+ø
58. Dowry prohibition act was made in the year
esÁ¿³
£ w<ó# ³
á +¼ ÔájÖá sÁT #ûdq¾ d+eÔáàsÁ+
1. 1959
2. 1961
3. 1963
4. 1965
Page 28
59. The following is a working capital
1. Tools
2. Machines
3. Raw material
4. Buildings
¿ì+~ yýË sÁÇV²D eTÖ\<óq +
1. |eTT³T¢
2. jáT+çÔ\T
3. eTT&ds TÁ Å£
4. uóe H\T
60. “Do or Die” slogan was given by
1. Jawaharlal Nehru
2. Tilak
3. Mahatma Gandhi
4. Subash Chandra Bose
»» Do or Dieµµ n q~+ºqysÁT
1. ÈeV²sY ý²ýÙ HîçVA
2. Ü\¿ù
3. eTVäÔ >±+Bó
4. dTuó²wt #á+ç< uËdt
1. Tools
2. Machines
3. Raw material
4. Buildings
¿ì+~ yýË sÁÇV²D eTÖ\<óq +
1. |eTT³T¢
2. jáT+çÔ\T
3. eTT&ds TÁ Å£
4. uóe H\T
60. “Do or Die” slogan was given by
1. Jawaharlal Nehru
2. Tilak
3. Mahatma Gandhi
4. Subash Chandra Bose
»» Do or Dieµµ n q~+ºqysÁT
1. ÈeV²sY ý²ýÙ HîçVA
2. Ü\¿ù
3. eTVäÔ >±+Bó
4. dTuó²wt #á+ç< uËdt
Page 29
DEECET – 2022
(PHYSICAL SCIENCE)
SET – 1
61. The dimensional formula of volume
|T q |]eÖD²¿ì $TrjáT bÍsÁTý²
1. M ° L3 T °
2. M ° LT -1
3. M ° LT -2
4. M L-3 T °
62. Which of the following is vector quantity
1. speed
2. displacement
3. mass
4. time
¿ì+~ yýË d~Xø |]eÖD+
1. e&
2. kÍÆqçuó+Xø+
3. ç<e«s¥
4. ¿±\+
(PHYSICAL SCIENCE)
SET – 1
61. The dimensional formula of volume
|T q |]eÖD²¿ì $TrjáT bÍsÁTý²
1. M ° L3 T °
2. M ° LT -1
3. M ° LT -2
4. M L-3 T °
62. Which of the following is vector quantity
1. speed
2. displacement
3. mass
4. time
¿ì+~ yýË d~Xø |]eÖD+
1. e&
2. kÍÆqçuó+Xø+
3. ç<e«s¥
4. ¿±\+
Page 30
63. Calculate the time needed for a net force of 5N to change
the velocity of a 10kg mass by 2m/s
10 ¿¹ ç<e«s¥ q edTeï Ú yû>+· ýË 2MT/d. eÖsÁTÎ ¿£*Ð+#á&¿ì
5 N ý²\T
1. 4s
2. 5s
3. 7s
4. 3s
64. Work done by the resistive force of air on vibrating pendulum
in bringing it to rest
1. positive
2. zero
3. negative
4. may be positive or negative
¿£+|¾dT qï ýË\¿± $seTd¾Ü
Æ ýË¿ì Ôûe&¿ì >±* sÃ<ó¿ £ \+ #ûd |
1. <óH Ôá¿£+
2. dTq
3. TTD²Ôá¿£+
4. <óH Ôá¿£+ eT]jáTT TTD²Ôá¿£+
the velocity of a 10kg mass by 2m/s
10 ¿¹ ç<e«s¥ q edTeï Ú yû>+· ýË 2MT/d. eÖsÁTÎ ¿£*Ð+#á&¿ì
5 N ý²\T
1. 4s
2. 5s
3. 7s
4. 3s
64. Work done by the resistive force of air on vibrating pendulum
in bringing it to rest
1. positive
2. zero
3. negative
4. may be positive or negative
¿£+|¾dT qï ýË\¿± $seTd¾Ü
Æ ýË¿ì Ôûe&¿ì >±* sÃ<ó¿ £ \+ #ûd |
1. <óH Ôá¿£+
2. dTq
3. TTD²Ôá¿£+
4. <óH Ôá¿£+ eT]jáTT TTD²Ôá¿£+
Page 31
D D D
65. Find the torque of a force 7 i + 3 j- 5k about the origin. The force
D D D
acts on a particle whose position vector is i - j+ k
D D D D D D
\+ ç|jÖî Ð+ºq ¿£D+ kÍÆqd~Xø i - j+ k nsTTq \+ 7 i + 3 j- 5k
e\¢ eTÖ\_+<TeÚ |s+Á >± {²sYØ
D D D
1. 2 i + 12 j+ 10 k
D D D
2. 2 i + 12 j- 10 k
D D D
3. -2 i + 12 j+ 10 k
D D D
4. 2 i - 12 j- 10 k
66. What is the length of a simple pendulum, which ticks seconds
d¿£H\ qT {ì¿ù #ûd \|T ýË\¿£+ bõ&eÚ m+Ôá?
1. 1m
2. 3m
3. 2m
4. 2.5 m
65. Find the torque of a force 7 i + 3 j- 5k about the origin. The force
D D D
acts on a particle whose position vector is i - j+ k
D D D D D D
\+ ç|jÖî Ð+ºq ¿£D+ kÍÆqd~Xø i - j+ k nsTTq \+ 7 i + 3 j- 5k
e\¢ eTÖ\_+<TeÚ |s+Á >± {²sYØ
D D D
1. 2 i + 12 j+ 10 k
D D D
2. 2 i + 12 j- 10 k
D D D
3. -2 i + 12 j+ 10 k
D D D
4. 2 i - 12 j- 10 k
66. What is the length of a simple pendulum, which ticks seconds
d¿£H\ qT {ì¿ù #ûd \|T ýË\¿£+ bõ&eÚ m+Ôá?
1. 1m
2. 3m
3. 2m
4. 2.5 m
Page 32
67. Which of the following physical quantity is dimensionless
1. strain
2. stress
3. Young’s modulus
4. Bulk modulus
¿ì+~ uó Ü¿£ |]eÖD+ýË $TÔáT\T ýñ~
1. $¿£Ü
2. ç|Ü\+
3. jáT+>´ >·TD¿£+
4. jáTÔáq >·TD¿£+
68. Substances having very small coefficient of linear expansion, among
the following is
1. Copper
2. Iron
3. Aluminium
4. Gold
¿ì+~ yýË nÜ ÔáÅ£ Øe <îsÕ éÁ « y«¿Ã#á+ >·TD¿£+ ¿£*Ðq |<sÁ+Ý
1. sÐ
2. qTeTT
3. n\Ö«$TjáT+
4. +>±sÁ+
1. strain
2. stress
3. Young’s modulus
4. Bulk modulus
¿ì+~ uó Ü¿£ |]eÖD+ýË $TÔáT\T ýñ~
1. $¿£Ü
2. ç|Ü\+
3. jáT+>´ >·TD¿£+
4. jáTÔáq >·TD¿£+
68. Substances having very small coefficient of linear expansion, among
the following is
1. Copper
2. Iron
3. Aluminium
4. Gold
¿ì+~ yýË nÜ ÔáÅ£ Øe <îsÕ éÁ « y«¿Ã#á+ >·TD¿£+ ¿£*Ðq |<sÁ+Ý
1. sÐ
2. qTeTT
3. n\Ö«$TjáT+
4. +>±sÁ+
Page 33
69. Which of the following is not a thermodynamic state variable
1. Pressure
2. Volume
3. Temperature
4. Work
¿ì+~ yýË w> Ü
· ¿£ d¾Ü
Æ #ássÁ ¥ ¿±~
1. |Ó&q+
2. |Tq|]eÖD+
3. cþç>·Ôá
4. |
70. S.I unit of viscosity is
1. N/m
2. N/m2
3. Poiseiulle
4. Pascal
d¾>·ÆÔáÅ£ S.I ç|eÖD+
1. N/m
2. N/m2
3. bÍjYTC²©
4. bÍdØýÙ
1. Pressure
2. Volume
3. Temperature
4. Work
¿ì+~ yýË w> Ü
· ¿£ d¾Ü
Æ #ássÁ ¥ ¿±~
1. |Ó&q+
2. |Tq|]eÖD+
3. cþç>·Ôá
4. |
70. S.I unit of viscosity is
1. N/m
2. N/m2
3. Poiseiulle
4. Pascal
d¾>·ÆÔáÅ£ S.I ç|eÖD+
1. N/m
2. N/m2
3. bÍjYTC²©
4. bÍdØýÙ
Page 34
71. One waxing and waning constitute
1. one beat
2. two beats
3. half beat
4. no beat
ÿ¿£ e~Ý, ÿ¿£ ¿£j
Tá + ¿£*|¾Ôû
1. ÿ¿£ $dÎ+<q+
2. s +&T $dÎ+<H\T
3. d>+· $dÎ+<q+
4. $dÎ+<q+ ýñ<T
72. A person can see objects only at a distance greater than 40cm. He is
advised to use lens of power:
ÿ¿£ e«¿ìï 40 d+.MT. ¿£H mÅ£Øe <ÖsÁ+ýË q edTeï Ú\qT eÖçÔáyTû
dÎw+¼ >± #áÖ&>\· &T nÔá¿ì dÖº+#û ¿£³¿£ kÍeTsÁ«Æ +
1. – 2.5 D
2. + 2.5 D
3. – 6.25 D
4. + 1.5 D
1. one beat
2. two beats
3. half beat
4. no beat
ÿ¿£ e~Ý, ÿ¿£ ¿£j
Tá + ¿£*|¾Ôû
1. ÿ¿£ $dÎ+<q+
2. s +&T $dÎ+<H\T
3. d>+· $dÎ+<q+
4. $dÎ+<q+ ýñ<T
72. A person can see objects only at a distance greater than 40cm. He is
advised to use lens of power:
ÿ¿£ e«¿ìï 40 d+.MT. ¿£H mÅ£Øe <ÖsÁ+ýË q edTeï Ú\qT eÖçÔáyTû
dÎw+¼ >± #áÖ&>\· &T nÔá¿ì dÖº+#û ¿£³¿£ kÍeTsÁ«Æ +
1. – 2.5 D
2. + 2.5 D
3. – 6.25 D
4. + 1.5 D
Page 35
73. The phenomenon which is not explained by Huygen’s construction.
1. reflection
2. refraction
3. diffraction
4. origin of spectra
VÕ²>·Hà sDeTT $e]+#á <ÇÐÇwjTá eTT
1. |sesÁïq+
2. eç¿¡ueó q+
3. $esÁqï +
4. esÁ| ³
ÔáÎÜï
74. The number of Electrons present in 1C of charge
1C yûX+
ø ýË +&T m\翱¼q¢ d+K«
1. 4.25 ´1018
2. 6.25 ´1018
3. 3.25 ´1018
4. 2.25 ´1018
1. reflection
2. refraction
3. diffraction
4. origin of spectra
VÕ²>·Hà sDeTT $e]+#á <ÇÐÇwjTá eTT
1. |sesÁïq+
2. eç¿¡ueó q+
3. $esÁqï +
4. esÁ| ³
ÔáÎÜï
74. The number of Electrons present in 1C of charge
1C yûX+
ø ýË +&T m\翱¼q¢ d+K«
1. 4.25 ´1018
2. 6.25 ´1018
3. 3.25 ´1018
4. 2.25 ´1018
Page 36
75. The electromagnetic waves which are used in medicine to destroy
cancer cells
1. Infrared waves
2. Visible rays
3. Gamma rays
4. ultraviolet rays
¿±«qàsY ¿£D²\qT HXøq+ #ûjTá &+ ¿=sÁÅ£ yî<Õ « Xæçd+ï ýË
|jÖî Ð+#û $<T«<jTá kÍØ+Ôá Ôás+Á >±\T
1. |ssÁTD Ôás+Á >±\T
2. ¿£+{ì¿ì ¿£|¾+#û ¿ìsD Á ²\T
3. >±eÖ ¿ìsD Á ²\T
4. nÜú\ýËV¾²Ôá ¿ìsD
Á ²\T
76. The mathematical form of Ampere’s loop
+|¾jTá sY e\jáT jáTeT+ jîTT¿£Ø >·Dq dÖçÔá+
ur uur q
1. f = E.ds =
eo
ur ur
2. Ñò B.dl = mo
ur ur
3. Ñò = moI
B.dl
ur ur
4. Ñò = eoI
B.dl
cancer cells
1. Infrared waves
2. Visible rays
3. Gamma rays
4. ultraviolet rays
¿±«qàsY ¿£D²\qT HXøq+ #ûjTá &+ ¿=sÁÅ£ yî<Õ « Xæçd+ï ýË
|jÖî Ð+#û $<T«<jTá kÍØ+Ôá Ôás+Á >±\T
1. |ssÁTD Ôás+Á >±\T
2. ¿£+{ì¿ì ¿£|¾+#û ¿ìsD Á ²\T
3. >±eÖ ¿ìsD Á ²\T
4. nÜú\ýËV¾²Ôá ¿ìsD
Á ²\T
76. The mathematical form of Ampere’s loop
+|¾jTá sY e\jáT jáTeT+ jîTT¿£Ø >·Dq dÖçÔá+
ur uur q
1. f = E.ds =
eo
ur ur
2. Ñò B.dl = mo
ur ur
3. Ñò = moI
B.dl
ur ur
4. Ñò = eoI
B.dl
Page 37
77. Which of the following is not a ferromagnetic substance
1. Cobalt
2. Iron
3. Nickel
4. Aluminium
¿ì+~ yýË |çsà njáTkÍØ+Ôá |<sÁ+ ¿±~
1. ¿Ãu²ýÙ¼
2. qTeTT
3. ¿ýÙ
4. n\Ö«$TjáT+
78. Which of the following is capacitive reactance (Xc)
¿ì+~ yýË ¿£e TÔáÇ ýñ< ¿£e To* ç|ÜsÃ<ó+ (Xc)
1
1.
wC
2. wC
1
3.
wC
4. wC
1. Cobalt
2. Iron
3. Nickel
4. Aluminium
¿ì+~ yýË |çsà njáTkÍØ+Ôá |<sÁ+ ¿±~
1. ¿Ãu²ýÙ¼
2. qTeTT
3. ¿ýÙ
4. n\Ö«$TjáT+
78. Which of the following is capacitive reactance (Xc)
¿ì+~ yýË ¿£e TÔáÇ ýñ< ¿£e To* ç|ÜsÃ<ó+ (Xc)
1
1.
wC
2. wC
1
3.
wC
4. wC
Page 38
79. According to Debroglie the wave length l associated with a
particle of momentum “p” is given by
ç<e«yû>+· “p” q ÿ¿£ ¿£D²¿ì ÔásÁ+>·<îÕsÁé«+ l nqT+~óÔyá Tî q®
& çu²jYT ç|¿±sÁ+
h
1. l=
mv
p2
2. l=
mv
mv
3. l=
h
p
4. l=
h
80. Frequencies in the UHF range normally propagate by means of
1. Ground waves
2. Sky waves
3. Surface waves
4. space waves
UHF y«|¾ý
ï Ë båq:|ÚH«\T kÍ<ósÁD+>± ¿ì+~ Ôás+Á >±\ <Çs
ç|kÍsÁ+ neÚÔsTT.
1. uóÖÔásÁ+>±\T
2. ¿±Xø Ôás+Á >±\T
3. |]Ôá\ Ôás+Á >±\T
4. n+Ôá]¿£ Ôás+Á >±\T
particle of momentum “p” is given by
ç<e«yû>+· “p” q ÿ¿£ ¿£D²¿ì ÔásÁ+>·<îÕsÁé«+ l nqT+~óÔyá Tî q®
& çu²jYT ç|¿±sÁ+
h
1. l=
mv
p2
2. l=
mv
mv
3. l=
h
p
4. l=
h
80. Frequencies in the UHF range normally propagate by means of
1. Ground waves
2. Sky waves
3. Surface waves
4. space waves
UHF y«|¾ý
ï Ë båq:|ÚH«\T kÍ<ósÁD+>± ¿ì+~ Ôás+Á >±\ <Çs
ç|kÍsÁ+ neÚÔsTT.
1. uóÖÔásÁ+>±\T
2. ¿±Xø Ôás+Á >±\T
3. |]Ôá\ Ôás+Á >±\T
4. n+Ôá]¿£ Ôás+Á >±\T
Page 39
Chemistry – SET – 1
81. The line spectrum of hydrogen obtained in the ultraviolet region
of light corresponds to
1. Lyman series
2. Balmer series
3. Paschen series
4. Brackett series
¿±+Ü jîTT¿£Ø nÜú\ýËV¾²Ôá çbÍ+Ôá+ýË bõ+~q VÕ²ç&ÃÈH jîTT¿£Ø
^Ôá\ çXâDì
1. ýÉÕeTH çXâDì
2. u²eTsY çXâDì
3. bÍwH çXâw¾
4. çu²Â¿{Ù çXâDì
82. Eka – aluminium and Eka – Silicon are known as
1. Gallium and germanium
2. Aluminium and Silicon
3. Iron and Sulphur
4. Neutron and magnesium
@¿± n\Ö«$TjáT+, @¿± d¾*¿±H nq>±
1. >±*jáT+ eT]jáTT ȹsjáT+
2. n\Ö«$TjáT+ eT]jáTT d¾*¿±H
3. ×sÁH eT]jáTT d\ÎÛsY
4. qÖ«ç{²H eT]jáTT yîTÐw¾jTá +
81. The line spectrum of hydrogen obtained in the ultraviolet region
of light corresponds to
1. Lyman series
2. Balmer series
3. Paschen series
4. Brackett series
¿±+Ü jîTT¿£Ø nÜú\ýËV¾²Ôá çbÍ+Ôá+ýË bõ+~q VÕ²ç&ÃÈH jîTT¿£Ø
^Ôá\ çXâDì
1. ýÉÕeTH çXâDì
2. u²eTsY çXâDì
3. bÍwH çXâw¾
4. çu²Â¿{Ù çXâDì
82. Eka – aluminium and Eka – Silicon are known as
1. Gallium and germanium
2. Aluminium and Silicon
3. Iron and Sulphur
4. Neutron and magnesium
@¿± n\Ö«$TjáT+, @¿± d¾*¿±H nq>±
1. >±*jáT+ eT]jáTT ȹsjáT+
2. n\Ö«$TjáT+ eT]jáTT d¾*¿±H
3. ×sÁH eT]jáTT d\ÎÛsY
4. qÖ«ç{²H eT]jáTT yîTÐw¾jTá +
Page 40
83. Identify the wrongly matched pair of molecule and its shape
1. methane – tetrahedral
2. ammonia – trigonal pyramidal
3. sulphur hexafluoride – hexagonal
4. carbondioxide – linear
Ôá|ð >± ÈÔá|s ºÁ q nDTeÚ eT]jáTT < ¿±sÁ+ ÈÔáqT >·T]ï+#á+&.
1. MT<û̧H ` fÉç{²V²ç&ýÙ
2. nyîÖjáÖ ` çÜuóT C²¿±sÁ |¾s$Á T&ýÙ
3. d\ÎÛsY V²¿±àbþ¢ÂsÕ& ` w{ËØD
4. ¿±sÁÒHÛ & j
Õî Öá ¿Â Õà& ` s¹ FjáT+
84. The falling drop of water is spherical due to
1. Hydrogen bonding
2. Vapour pressure
3. Viscosity
4. Surface tension
¿ì+~ |&T ÔáTq ú{ì _+<TeÚ >ÃÞ²¿±sÁ+>± +&T³Å£ ¿±sÁD+
1. VÕ²ç&ÃÈH +<ó\T
2. u²wÎ |Ó&q +
3. d¾>·Ô Æ á
4. Ôá\Ôáq«Ôá
1. methane – tetrahedral
2. ammonia – trigonal pyramidal
3. sulphur hexafluoride – hexagonal
4. carbondioxide – linear
Ôá|ð >± ÈÔá|s ºÁ q nDTeÚ eT]jáTT < ¿±sÁ+ ÈÔáqT >·T]ï+#á+&.
1. MT<û̧H ` fÉç{²V²ç&ýÙ
2. nyîÖjáÖ ` çÜuóT C²¿±sÁ |¾s$Á T&ýÙ
3. d\ÎÛsY V²¿±àbþ¢ÂsÕ& ` w{ËØD
4. ¿±sÁÒHÛ & j
Õî Öá ¿Â Õà& ` s¹ FjáT+
84. The falling drop of water is spherical due to
1. Hydrogen bonding
2. Vapour pressure
3. Viscosity
4. Surface tension
¿ì+~ |&T ÔáTq ú{ì _+<TeÚ >ÃÞ²¿±sÁ+>± +&T³Å£ ¿±sÁD+
1. VÕ²ç&ÃÈH +<ó\T
2. u²wÎ |Ó&q +
3. d¾>·Ô Æ á
4. Ôá\Ôáq«Ôá
Page 41
85. Which of the following atom shows only single oxidation number?
1. hydrogen
2. fluorine
3. manganese
4. chromium
¿ì+~ @ nDTeÚ ÿ¿£ ¿¡à¿£sD
Á d+K«qT eÖçÔáyTû #áÖ|ÚÔáT+~?
1. VÕ²ç&ÃÈH
2. bþ¢]H
3. eÖ+>·údt
4. ç¿Ã$TjáT+
86. At absolute zero, the entropy of a perfect crystal is zero.
This statement correspond to which law of thermodynamics?
1. zeroth law
2. first law
3. second law
4. third law
|]|PsÁ kÍÎÛ{¿ì £ m+ç{Ë|¾ $\Te |seÁ TXøSq« cþç>·Ôá e<Ý XøSq«+.
ç|¿³ £ q w> Ü · ¿£ Xæçd+ï jîTT¿£Ø @ jáTeÖ¿ì nqT>·TD+>± +~?
1. dTH jáTeT+
2. yîTT<{ì jáTeT+
3. s +&e jáTeT+
4. eTÖ&e jáTeT+
1. hydrogen
2. fluorine
3. manganese
4. chromium
¿ì+~ @ nDTeÚ ÿ¿£ ¿¡à¿£sD
Á d+K«qT eÖçÔáyTû #áÖ|ÚÔáT+~?
1. VÕ²ç&ÃÈH
2. bþ¢]H
3. eÖ+>·údt
4. ç¿Ã$TjáT+
86. At absolute zero, the entropy of a perfect crystal is zero.
This statement correspond to which law of thermodynamics?
1. zeroth law
2. first law
3. second law
4. third law
|]|PsÁ kÍÎÛ{¿ì £ m+ç{Ë|¾ $\Te |seÁ TXøSq« cþç>·Ôá e<Ý XøSq«+.
ç|¿³ £ q w> Ü · ¿£ Xæçd+ï jîTT¿£Ø @ jáTeÖ¿ì nqT>·TD+>± +~?
1. dTH jáTeT+
2. yîTT<{ì jáTeT+
3. s +&e jáTeT+
4. eTÖ&e jáTeT+
Page 42
87. The pH of 10-8 M HCl is
1. 8
2. 7
3. Between 7 and 8
4. Between 6 and 7
10-8 M HCl jîTT¿£Ø pH $\Te
1. 8
2. 7
3. 7 eT]jáTT 8 \ eT<ó« ýË
4. 6 eT]jáTT 7 \ eT<ó« ýË
88. Permanent hardness of water is caused due to the
presence of dissolved
1. calcium carbonates
2. calcium chloride
3. calcium bicorbonate
4. calcium sulphide
ú{ì jîTT¿£Ø XæXøÇÔá ¿£]Äq«Ôá ¿£]ÐeÚq <û e\q @sÁÎ&TÔáT+~.
1. ¿±*üjTá + ¿±sÃÒHû³T¢
2. ¿±*üjTá + ¿Ã¢s &Õ
3. ¿±*üjTá + uÉÕ ¿±sÃÒHû{Ù
4. ¿±*üjTá + dýÎÕÉ &Û
1. 8
2. 7
3. Between 7 and 8
4. Between 6 and 7
10-8 M HCl jîTT¿£Ø pH $\Te
1. 8
2. 7
3. 7 eT]jáTT 8 \ eT<ó« ýË
4. 6 eT]jáTT 7 \ eT<ó« ýË
88. Permanent hardness of water is caused due to the
presence of dissolved
1. calcium carbonates
2. calcium chloride
3. calcium bicorbonate
4. calcium sulphide
ú{ì jîTT¿£Ø XæXøÇÔá ¿£]Äq«Ôá ¿£]ÐeÚq <û e\q @sÁÎ&TÔáT+~.
1. ¿±*üjTá + ¿±sÃÒHû³T¢
2. ¿±*üjTá + ¿Ã¢s &Õ
3. ¿±*üjTá + uÉÕ ¿±sÃÒHû{Ù
4. ¿±*üjTá + dýÎÕÉ &Û
Page 43
89. The stability of the following alkali metal chlorides follows the order
¿ì+~ ¿±sÁýËV² ¿Ã¢s &Õ \ d¾s Ô
Á Çá + nqTd]+#û ç¿£eT+
1. LiCl > KCl > NaCl > CsCl
2. CsCl > KCl > NaCl > LiCl
3. NaCl > KCl > LiCl > LiCl
4. KCl > CsCl > NaCl > LiCl
90. Ammonia gas can be dried by
1. Conc H2SO4
2. P2O5
3. CaCl2
4. Quick lime
nyîÖjáÖ yjáTTeÚýË Ôá& ýñ< ÔûeTqT Ô=*Ð+#áTq~.
1. Conc H2SO4
2. PO 2 5
3. CaCl 2
4. bõ& dTq+
¿ì+~ ¿±sÁýËV² ¿Ã¢s &Õ \ d¾s Ô
Á Çá + nqTd]+#û ç¿£eT+
1. LiCl > KCl > NaCl > CsCl
2. CsCl > KCl > NaCl > LiCl
3. NaCl > KCl > LiCl > LiCl
4. KCl > CsCl > NaCl > LiCl
90. Ammonia gas can be dried by
1. Conc H2SO4
2. P2O5
3. CaCl2
4. Quick lime
nyîÖjáÖ yjáTTeÚýË Ôá& ýñ< ÔûeTqT Ô=*Ð+#áTq~.
1. Conc H2SO4
2. PO 2 5
3. CaCl 2
4. bõ& dTq+
Page 44
91. The following metal oxide which is anti – ferromagnetic
in nature
1. MnO
2. TiO2
3. VO2
4. CrO2
¿ì+~ yýË jáÖ+{ì |çsà njáTkÍØ+ÔáÔÇá + #áÖ|¾+#û ýËV²Â¿àÕ &
1. MnO
2. TiO2
3. VO2
4. CrO2
92. The units of mole fraction of a compound in solution are
1. mol L–1
2. mol Kg–1
3. gL–1
4. none of these
ç<eD+ýË dyTû Þøq+ jîTT¿£Ø yîÖýÙ uó²>·+ ç|eÖD²\T
1. mol L–1
2. mol Kg–1
3. gL–1
4. M{ìýË @$T ¿±<T
in nature
1. MnO
2. TiO2
3. VO2
4. CrO2
¿ì+~ yýË jáÖ+{ì |çsà njáTkÍØ+ÔáÔÇá + #áÖ|¾+#û ýËV²Â¿àÕ &
1. MnO
2. TiO2
3. VO2
4. CrO2
92. The units of mole fraction of a compound in solution are
1. mol L–1
2. mol Kg–1
3. gL–1
4. none of these
ç<eD+ýË dyTû Þøq+ jîTT¿£Ø yîÖýÙ uó²>·+ ç|eÖD²\T
1. mol L–1
2. mol Kg–1
3. gL–1
4. M{ìýË @$T ¿±<T
Page 45
93. Faraday’s law of electrolysis is related to
1. Atomic number of the cation
2. Speed of the cation
3. Speed of the anion
4. Equivalent weight of the electrolyte
bÍsÁ&û $<T«~ÇXâw¢ D
jáTeÖ\Å£ d++~ó+ºq~
1. ¿±³jáÖH jîTT¿£Ø |seÁ ÖDT d+K«
2. ¿±³jáÖH yû>·+
3. qjáÖH yû>·+
4. deÖq |]eÖD+ýË q $<T«~ÇXâ¢w«¿£ ç<eD+
94. For which of the following reactions units of
rate and rate constant are same
1. zero order reaction
2. first order reaction
3. second order reaction
4. third order reaction
ç¿ì+~ yýË s¹ ³T ç|eÖD²\T eT]jáTT s¹ ³T d¾sÆ +¿£+
deÖq+>± +&û #ás«Á @~?
1. XøSq« ç¿£eÖ+¿£ #ás«Á
2. ç|<e¸ T ç¿£eÖ+¿£ #ás«Á
3. ~ÇrjáT ç¿£eÖ+¿£ #ás«Á
4. ÔárjáT ç¿£eÖ+¿£ #ás«Á
1. Atomic number of the cation
2. Speed of the cation
3. Speed of the anion
4. Equivalent weight of the electrolyte
bÍsÁ&û $<T«~ÇXâw¢ D
jáTeÖ\Å£ d++~ó+ºq~
1. ¿±³jáÖH jîTT¿£Ø |seÁ ÖDT d+K«
2. ¿±³jáÖH yû>·+
3. qjáÖH yû>·+
4. deÖq |]eÖD+ýË q $<T«~ÇXâ¢w«¿£ ç<eD+
94. For which of the following reactions units of
rate and rate constant are same
1. zero order reaction
2. first order reaction
3. second order reaction
4. third order reaction
ç¿ì+~ yýË s¹ ³T ç|eÖD²\T eT]jáTT s¹ ³T d¾sÆ +¿£+
deÖq+>± +&û #ás«Á @~?
1. XøSq« ç¿£eÖ+¿£ #ás«Á
2. ç|<e¸ T ç¿£eÖ+¿£ #ás«Á
3. ~ÇrjáT ç¿£eÖ+¿£ #ás«Á
4. ÔárjáT ç¿£eÖ+¿£ #ás«Á
Page 46
95. A colloidal system in which liquid is dispersed and solid
is dispersion medium is classified as
1. gel
2. sol
3. emulsion
4. aerosol
ÿ¿£ ¿=ý²¢sTT& e«edýÆ Ë $¿ì|ï çbÍedÆ ç<e |<sÁ+ eT]jáTT
$¿ì|D jáÖq¿£+ |Tq |<sÁ+ nsTTÔû, < e¯Z¿£sÁD
1. CÉý\Ù T
2. kÍýÙ\T
3. meT\üH\T
4. msTTsà kÍýÙ
96. Atomicity of phosphorous is
1. 1
2. 2
3. 3
4. 4
bÍdÎÛsÁdt jîTT¿£Ø |sÁeÖDTÔáÇ+
1. 1
2. 2
3. 3
4. 4
is dispersion medium is classified as
1. gel
2. sol
3. emulsion
4. aerosol
ÿ¿£ ¿=ý²¢sTT& e«edýÆ Ë $¿ì|ï çbÍedÆ ç<e |<sÁ+ eT]jáTT
$¿ì|D jáÖq¿£+ |Tq |<sÁ+ nsTTÔû, < e¯Z¿£sÁD
1. CÉý\Ù T
2. kÍýÙ\T
3. meT\üH\T
4. msTTsà kÍýÙ
96. Atomicity of phosphorous is
1. 1
2. 2
3. 3
4. 4
bÍdÎÛsÁdt jîTT¿£Ø |sÁeÖDTÔáÇ+
1. 1
2. 2
3. 3
4. 4
Page 47
97. Which of the following is not an amphoteric ion?
1. Al 3+
2. Cr 3+
3. Fe3+
4. Zn 2+
¿ì+~ yýË jáÖ+bþ{ì]¿ù njáÖH ¿±~ @~?
1. Al 3+
2. Cr 3+
3. Fe3+
4. Zn 2+
98. According to Werner’s theory of coordination compounds
1. Primary valency is ionisable
2. Secondary valency is ionisable
3. Primary and Secondary valencies are ionisable
4. Neither primary nor secondary valency is ionisable
deTqÇjáT dyTû ÞøH\ yîsÁ sY d¾<Æ+Ôá+ ç|¿±sÁ+
1. ç|ÕeT¯ yû\úà njáÖú¿£sÁD+ #î+<TqT
2. d¿£+&¯ yû\úà njáÖú¿£sD Á + #î+<TqT
3. ç|ÕeT¯ eT]jáTT d¿£+&¯ yû\úà njáÖú¿£sD Á + #î+<TqT.
4. ç|ÕeT¯ eT]jáTT d¿£+&¯ yû\úà njáTú¿£sD
Á + #î+<eÚ.
1. Al 3+
2. Cr 3+
3. Fe3+
4. Zn 2+
¿ì+~ yýË jáÖ+bþ{ì]¿ù njáÖH ¿±~ @~?
1. Al 3+
2. Cr 3+
3. Fe3+
4. Zn 2+
98. According to Werner’s theory of coordination compounds
1. Primary valency is ionisable
2. Secondary valency is ionisable
3. Primary and Secondary valencies are ionisable
4. Neither primary nor secondary valency is ionisable
deTqÇjáT dyTû ÞøH\ yîsÁ sY d¾<Æ+Ôá+ ç|¿±sÁ+
1. ç|ÕeT¯ yû\úà njáÖú¿£sÁD+ #î+<TqT
2. d¿£+&¯ yû\úà njáÖú¿£sD Á + #î+<TqT
3. ç|ÕeT¯ eT]jáTT d¿£+&¯ yû\úà njáÖú¿£sD Á + #î+<TqT.
4. ç|ÕeT¯ eT]jáTT d¿£+&¯ yû\úà njáTú¿£sD
Á + #î+<eÚ.
Page 48
99. The conversion of maltose into glucose is possible by the enzyme
1. zymase
2. lactase
3. maltase
4. diastase
eÖý˼CÙqT >·Ö¢¿ÃCÙ>± eÖsÁÌ&+ @ m+CÉÕyT e\q kÍ<ó«eTeÚÔáT+~?
1. CÉÕyûTCÙ
2. ý²¹¿C¼ Ù
3. eÖýñ¼CÙ
4. &jáÖd¼CÙ
100. Which of the following cannot reduce fehling’s solution
1. Formic acid
2. Acetic acid
3. Formaldehyde
4. Acetaldehyde
¿ì+~ y{ìýË @~ |V¾²*+>´ ç<eD+ÔÃ ¿£s TT¿£sD
Á + #î+<<T .
1. bÍ]¿ù eT¢+
2. md¾{ì¿ù eT¢+
3. bÍs*¦VÕ²&
4. md¾{²*¦VÕ²&
1. zymase
2. lactase
3. maltase
4. diastase
eÖý˼CÙqT >·Ö¢¿ÃCÙ>± eÖsÁÌ&+ @ m+CÉÕyT e\q kÍ<ó«eTeÚÔáT+~?
1. CÉÕyûTCÙ
2. ý²¹¿C¼ Ù
3. eÖýñ¼CÙ
4. &jáÖd¼CÙ
100. Which of the following cannot reduce fehling’s solution
1. Formic acid
2. Acetic acid
3. Formaldehyde
4. Acetaldehyde
¿ì+~ y{ìýË @~ |V¾²*+>´ ç<eD+ÔÃ ¿£s TT¿£sD
Á + #î+<<T .
1. bÍ]¿ù eT¢+
2. md¾{ì¿ù eT¢+
3. bÍs*¦VÕ²&
4. md¾{²*¦VÕ²&
Document Details
| Board / Org | APSCHE |
| Exam | Andhra Pradesh Diploma in Elementary Education Common Entrance Test |
| Type | Question Paper |
| Pages | 48 |
| Language | telugu |
| Updated | 22 Jul 2026 |