AP DEECET 2019 Question Paper Biological Science (Tamil)
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AP DEECET 2019 Question Paper Biological Science (Tamil) – Text
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Page 1
DEECET-2019
Biological Science – TAMIL
1. World class Educationist among the following
1. Maulana Abul Kalam Azad
2. Rabindranath Tagore
3. A.P.J. Abdul Kalam
4. Dr. Sarvepalli Radha Krishnan
•θχΚηΟΞνΚ↓ο ∆ΩΚ ≅Ζ↑Ωô∴ Κο↑ΥôΖν
1. ùΤΖΩô∴ô ≅×οΚΩôλ ΑΜôι
2. ΒςÅϕƒςΡôι Θôáν
3. A.P.J. ≅κÕο ΚΩôλ
4. ΟôχΟν− ΜνúΞΣρ↓ ΒςôΘô€ÚωΠτ
2. The purpose of examination is
1. to award grade
2. to encourage
3. to know the pupil’s progress
4. to announce results
úΘν↑τ úΡôχΚΤô∴Õ
1. Θςλ ΞΨδ€Ο
2. ΕχΚκΣÓιÕΞΘσÏ
3. ΤôΠΞ±τ ΞΖνε′ûΥ ùΘ↔ϕÕùΚôρΞΘσÏ
4. Ø⁄ÜΚûΖ ≅°↑κΣΘσÏ
Biological Science – TAMIL
1. World class Educationist among the following
1. Maulana Abul Kalam Azad
2. Rabindranath Tagore
3. A.P.J. Abdul Kalam
4. Dr. Sarvepalli Radha Krishnan
•θχΚηΟΞνΚ↓ο ∆ΩΚ ≅Ζ↑Ωô∴ Κο↑ΥôΖν
1. ùΤΖΩô∴ô ≅×οΚΩôλ ΑΜôι
2. ΒςÅϕƒςΡôι Θôáν
3. A.P.J. ≅κÕο ΚΩôλ
4. ΟôχΟν− ΜνúΞΣρ↓ ΒςôΘô€ÚωΠτ
2. The purpose of examination is
1. to award grade
2. to encourage
3. to know the pupil’s progress
4. to announce results
úΘν↑τ úΡôχΚΤô∴Õ
1. Θςλ ΞΨδ€Ο
2. ΕχΚκΣÓιÕΞΘσÏ
3. ΤôΠΞ±τ ΞΖνε′ûΥ ùΘ↔ϕÕùΚôρΞΘσÏ
4. Ø⁄ÜΚûΖ ≅°↑κΣΘσÏ
Page 3
4. This subject must be learnt through learning by doing principle
1. Telugu
2. Science
3. Mathematics
4. Social
ΒκΣôΟιûΘ ùΜµÕΚσ[ο Øû[♠ο ΚγΟôΥΤôΚ
ΚσΚúΞηÓλ
1. ùΘÛδÏ
2. ≅°↑Υο
3. Κ∞Θλ
4. ΜêΚ≅°↑Υο
5. Diploma in Elementary Education qualified persons are eligible to handle
classes
1. 1st to 8th
2. 1st to 5th
3. 6th to 8th
4. 6th to 10 th
ùΘôΟχΚΚο↑ ΣγΟΥΣ⁄κ× Σ⁄ιΘΞνΚρ ΒπΞÏκ×ΚûΖ
Κσ♦χΚ Θσ ∆ûΟΥΞνΚρ
1. 1 ØΘο 8 ΞÏκ× Ξûς
2. 1 ØΘο 5 ΞÏκ× Ξûς
3. 6 ØΘο 8 ΞÏκ× Ξûς
4. 6 ØΘο 10 ΞÏκ× Ξûς
1. Telugu
2. Science
3. Mathematics
4. Social
ΒκΣôΟιûΘ ùΜµÕΚσ[ο Øû[♠ο ΚγΟôΥΤôΚ
ΚσΚúΞηÓλ
1. ùΘÛδÏ
2. ≅°↑Υο
3. Κ∞Θλ
4. ΜêΚ≅°↑Υο
5. Diploma in Elementary Education qualified persons are eligible to handle
classes
1. 1st to 8th
2. 1st to 5th
3. 6th to 8th
4. 6th to 10 th
ùΘôΟχΚΚο↑ ΣγΟΥΣ⁄κ× Σ⁄ιΘΞνΚρ ΒπΞÏκ×ΚûΖ
Κσ♦χΚ Θσ ∆ûΟΥΞνΚρ
1. 1 ØΘο 8 ΞÏκ× Ξûς
2. 1 ØΘο 5 ΞÏκ× Ξûς
3. 6 ØΘο 8 ΞÏκ× Ξûς
4. 6 ØΘο 10 ΞÏκ× Ξûς
Page 4
6. Prominent Surgeon during the Gupta period
1. Sudraka
2. Susrutha
3. Shaunika
4. Soumilla
ÏκΘν ΚôΩιƒο ♦ς′ιƒùΣσ[ ≅ßûΞ′€εûΜ ♣×Πν
1. ÑιςΚô
2. ÑυÚΘô
3. ùΜΖ±Κô
4. ùΜΖ♥οΩô
7. The three main styles of Indian temple architecture are
1. Dravida, Nagara and Vesara
2. Tribhanga, Chaitya and Vihar
3. Bhanga, Abhanga and Atibhanga
4. Alap, Dhrupad and Lokayata
ΒϕƒΥ úΚô↑ο Κγ⁄ΟΚûΩ♠ο ΚôΠκΣÓλ êτß Øχ€Υ
Øû[Κρ
1. ƒςô↑Ο+ ΡΚς Τσßλ úΞΜς
2. ƒ↔ΣδΚ+ ûΜΘτΥ Τσßλ ↑ôν
3. ΣδΚ+ ≅ΣδΚ Τσßλ ≅ƒΣδΚ
4. ≅Ωκ+ ÕςΣι Τσßλ úΩôΚôΥι
1. Sudraka
2. Susrutha
3. Shaunika
4. Soumilla
ÏκΘν ΚôΩιƒο ♦ς′ιƒùΣσ[ ≅ßûΞ′€εûΜ ♣×Πν
1. ÑιςΚô
2. ÑυÚΘô
3. ùΜΖ±Κô
4. ùΜΖ♥οΩô
7. The three main styles of Indian temple architecture are
1. Dravida, Nagara and Vesara
2. Tribhanga, Chaitya and Vihar
3. Bhanga, Abhanga and Atibhanga
4. Alap, Dhrupad and Lokayata
ΒϕƒΥ úΚô↑ο Κγ⁄ΟΚûΩ♠ο ΚôΠκΣÓλ êτß Øχ€Υ
Øû[Κρ
1. ƒςô↑Ο+ ΡΚς Τσßλ úΞΜς
2. ƒ↔ΣδΚ+ ûΜΘτΥ Τσßλ ↑ôν
3. ΣδΚ+ ≅ΣδΚ Τσßλ ≅ƒΣδΚ
4. ≅Ωκ+ ÕςΣι Τσßλ úΩôΚôΥι
Page 5
8. Gomateswara Statue at Sravana Belagola was built by
1. Kalala Devi
2. Bhagawan Bahubali
3. Chandragupta Maurya
4. Chamundaraya
′ςôΞ∴ ùΣΩúΚôΩô↑ο úΚôΤ¾υΞςν ′ûΩûΥ ♣ß↑ΥΞν
1. ΚΩôΩ úΘ↑
2. ΣΚΞôτ ΣôÏΣ←
3. ΜϕƒςÏκΘ ùΤΖ↔Υ
4. ΜôØηΟςôΥ
9. The correct form of VVPAT
VVPAT τ Μ↔Υô∴ ↑↔ΞôχΚλ
1. Voter Verifiable Poll Audit Trial
2. Voter Variable Paper Audit Trial
3. Voter Verifiable Paper Audit Trial
4. Voter Verifying Paper Account Trial
1. Kalala Devi
2. Bhagawan Bahubali
3. Chandragupta Maurya
4. Chamundaraya
′ςôΞ∴ ùΣΩúΚôΩô↑ο úΚôΤ¾υΞςν ′ûΩûΥ ♣ß↑ΥΞν
1. ΚΩôΩ úΘ↑
2. ΣΚΞôτ ΣôÏΣ←
3. ΜϕƒςÏκΘ ùΤΖ↔Υ
4. ΜôØηΟςôΥ
9. The correct form of VVPAT
VVPAT τ Μ↔Υô∴ ↑↔ΞôχΚλ
1. Voter Verifiable Poll Audit Trial
2. Voter Variable Paper Audit Trial
3. Voter Verifiable Paper Audit Trial
4. Voter Verifying Paper Account Trial
Page 6
10. The new President of Pakistan
1. Dr. Arif Alwi
2. Imran Khan
3. Yahya Khan
4. Zia-ul-Huq
Σô€υΘô±τ ΘσúΣôûΘΥ ⊥∴ôƒΣƒ
1. ΟôχΟν− ≅↔κ Αο↑
2. Βλςôτ Κôτ
3. ΥôχΥô Κôτ
4. ≥Υô , ∆ο , χ
1. Dr. Arif Alwi
2. Imran Khan
3. Yahya Khan
4. Zia-ul-Huq
Σô€υΘô±τ ΘσúΣôûΘΥ ⊥∴ôƒΣƒ
1. ΟôχΟν− ≅↔κ Αο↑
2. Βλςôτ Κôτ
3. ΥôχΥô Κôτ
4. ≥Υô , ∆ο , χ
Page 7
11. He practised vigorously for the competition.
‘Vigorously’ in the above context means.
1. hardly
2. strenuously
3. feeble
4. unanimatedly
12. Keerthana was born ________ December 2, 2001.
Choose the correct preposition that fits the context.
1. by
2. at
3. in
4. on
13. The following is an example of a simile.
1. eat like a bird
2. I like coffee.
3. likes and dislikes
4. like-minded
‘Vigorously’ in the above context means.
1. hardly
2. strenuously
3. feeble
4. unanimatedly
12. Keerthana was born ________ December 2, 2001.
Choose the correct preposition that fits the context.
1. by
2. at
3. in
4. on
13. The following is an example of a simile.
1. eat like a bird
2. I like coffee.
3. likes and dislikes
4. like-minded
Page 8
14. Choose the sentence in which the word ‘bright’ is used in the
meaning of ‘welcoming’.
1. I like bright colours.
2. She gave me a bright smile.
3. Sindhu is a bright student.
4. We took rest in a bright room.
15. Choose the word that indicates a negative attitude.
1. sensitive
2. overpowering
3. sharp
4. humble
meaning of ‘welcoming’.
1. I like bright colours.
2. She gave me a bright smile.
3. Sindhu is a bright student.
4. We took rest in a bright room.
15. Choose the word that indicates a negative attitude.
1. sensitive
2. overpowering
3. sharp
4. humble
Page 9
16.
17.
18.
17.
18.
Page 10
19.
20.
20.
Page 11
21. ‘×∴ο’ ΦτΣΘτ ùΣôÚρ
1. ùΡÚκ×
2. é♥
3. Ξô∴λ
4. ¿ν
22. ‘ùΣôßιΘο’ ΦτΣΘτ ΒΩχΚΠχ Ï°κ×
1. ùΘô→σùΣΥν
2. Ση×κùΣΥν
3. ↑û∴ιùΘôûΚ
4. ≅ÓχÏιùΘôΟν
1. ùΡÚκ×
2. é♥
3. Ξô∴λ
4. ¿ν
22. ‘ùΣôßιΘο’ ΦτΣΘτ ΒΩχΚΠχ Ï°κ×
1. ùΘô→σùΣΥν
2. Ση×κùΣΥν
3. ↑û∴ιùΘôûΚ
4. ≅ÓχÏιùΘôΟν
Page 12
23. ‘ΡΖùΞηΣô’ èûΩ ΒΥσ°ΥΞν
1. ΡοΩôΘ∴ôν
2. ×ΚúΨϕƒκ×ΩΞν
3. ΒΖδúΚôΞ⁄Κρ
4. ƒÚΞρÞΞν
24. ↑Ζλ♦ ΡôΚ∴ôν ΒΥσ°Υ èο
1. ′ΩκΣƒΚôςλ
2. Τ∞úΤΚûΩ
3. ΡôτΤ∞χΚ⁄ûΚ
4. ≠ΞΚ′ϕΘôΤ∞
25. ‘≅àΤƒ’ Φàλ ♦[ùΤô→ε ùΜôο←σΚô∴ Θ♥θεùΜôο
1. ΒûΜÜ
2. Õûς
3. ƒ[ÜúΚôο
4. úΣÚϕÕ
1. ΡοΩôΘ∴ôν
2. ×ΚúΨϕƒκ×ΩΞν
3. ΒΖδúΚôΞ⁄Κρ
4. ƒÚΞρÞΞν
24. ↑Ζλ♦ ΡôΚ∴ôν ΒΥσ°Υ èο
1. ′ΩκΣƒΚôςλ
2. Τ∞úΤΚûΩ
3. ΡôτΤ∞χΚ⁄ûΚ
4. ≠ΞΚ′ϕΘôΤ∞
25. ‘≅àΤƒ’ Φàλ ♦[ùΤô→ε ùΜôο←σΚô∴ Θ♥θεùΜôο
1. ΒûΜÜ
2. Õûς
3. ƒ[ÜúΚôο
4. úΣÚϕÕ
Page 13
26. ‘ΤôΠΞτ’ , ΒεùΜôο←σΚô∴ ΤôιƒûςΚûΖ áγÓΚ−
1
1. 3
2
1
2. 2
2
1
3. 4
2
1
4. 5
2
27. ØΘο ΦÝιÕχΚ↓τ Φη∞χûΚ
1. 105
2. 07
3. 01
4. 2/
28. úΚôνιÕ , ΒεùΜôο←σΚô∴ ΦÝιÕ ΞΨχÏ
1. ùΚιÕ
2. úΚôιÕ
3. úΚιÕ
4. ùΚôιÕ
1
1. 3
2
1
2. 2
2
1
3. 4
2
1
4. 5
2
27. ØΘο ΦÝιÕχΚ↓τ Φη∞χûΚ
1. 105
2. 07
3. 01
4. 2/
28. úΚôνιÕ , ΒεùΜôο←σΚô∴ ΦÝιÕ ΞΨχÏ
1. ùΚιÕ
2. úΚôιÕ
3. úΚιÕ
4. ùΚôιÕ
Page 14
29. ‘ØιΘ♥θ’ , ùΘôûΚε ùΜôοûΩ ↑↔ιùΘÝÕΚ−
1. ΦÝιÕ+ ùΜôο+ ùΣôÚρ
2. ≅[λ+ ùΣôÚρ+ ΒτΣλ
3. ΒΥο+ ΒûΜ+ ΡôΟΚλ
4. ΘτûΤ+ Øτ±ûΩ+ ΣΟνχûΚ
30. Κ∞±♠τ ΘϕûΘ Φτ[ûΨχΚκΣÓΣΞν
1. ΜôνΩυ ΣôκúΣϖ
2. ⊥ôτ ΣôυΟο
3. ♦λùΣν∴ν←
4. ♦úΖυ ΣôυΚο
1. ΦÝιÕ+ ùΜôο+ ùΣôÚρ
2. ≅[λ+ ùΣôÚρ+ ΒτΣλ
3. ΒΥο+ ΒûΜ+ ΡôΟΚλ
4. ΘτûΤ+ Øτ±ûΩ+ ΣΟνχûΚ
30. Κ∞±♠τ ΘϕûΘ Φτ[ûΨχΚκΣÓΣΞν
1. ΜôνΩυ ΣôκúΣϖ
2. ⊥ôτ ΣôυΟο
3. ♦λùΣν∴ν←
4. ♦úΖυ ΣôυΚο
Page 15
31. A man sold two T.V’s for 6000/- each and gaining of 20% on one
and losing 20% on the other. Find his gain or loss percentage on the
whole transaction ________
1. Profit 4%
2. Loss 4%
3. Profit 5%
4. No profit, No Loss
ΙÚ ΡΣν ΒςηÓ ùΘôûΩχΚôγ′ΚûΖ+ ΙπùΞôτßλ
ì−5/// Φτ[ ↑ûΩχÏ ↑σ[ôν− Ιτ°τ ÁÕ 20%
ΒΩôΣØλ+ Τσù[ôτ°τ ÁÕ 20% ΡωΟØλ ≅ûΟϕΘôν
Φ±ο ùΤôιΘιƒο ≅Ξν ≅ûΟϕΘ ΒΩôΣ ≅οΩÕ ΡωΟ
ΜΘÅΘλ
1. ΒΩôΣλ 4%
2. ΡωΟλ 4%
3. ΒΩôΣλ 5%
4. ΒΩôΣØλ ΒοûΩ+ ΡωΟØλ ΒοûΩ
and losing 20% on the other. Find his gain or loss percentage on the
whole transaction ________
1. Profit 4%
2. Loss 4%
3. Profit 5%
4. No profit, No Loss
ΙÚ ΡΣν ΒςηÓ ùΘôûΩχΚôγ′ΚûΖ+ ΙπùΞôτßλ
ì−5/// Φτ[ ↑ûΩχÏ ↑σ[ôν− Ιτ°τ ÁÕ 20%
ΒΩôΣØλ+ Τσù[ôτ°τ ÁÕ 20% ΡωΟØλ ≅ûΟϕΘôν
Φ±ο ùΤôιΘιƒο ≅Ξν ≅ûΟϕΘ ΒΩôΣ ≅οΩÕ ΡωΟ
ΜΘÅΘλ
1. ΒΩôΣλ 4%
2. ΡωΟλ 4%
3. ΒΩôΣλ 5%
4. ΒΩôΣØλ ΒοûΩ+ ΡωΟØλ ΒοûΩ
Page 16
x 12 x - y 14
32. If = then the value of + is __________
y 7 x + y 19
x 12 x - y 14
= Φ±ο + τ Τƒκ× __________
y 7 x + y 19
13
1.
19
15
2.
19
3. 1
1
4. 1
19
33. If the length of the diagonal of a rhombus whose area 216 sq.cm is
24 cm. Then find the length of second diagonal.
ΙÚ ΜôµΜÕςιƒτ ΣςκΣΖÜ 105 Μ−ùΜ−Á úΤÛλ ≅Θτ
ΙÚ êûΩ↑γΟ ¿Ζλ 13ùΜ−Á Φ±ο ≅Θτ Τσù[ôÚ
êûΩ↑γΟ ¿Ζλ
1. 18 cm
2. 9 cm
3. 36 cm
4. 8 cm
32. If = then the value of + is __________
y 7 x + y 19
x 12 x - y 14
= Φ±ο + τ Τƒκ× __________
y 7 x + y 19
13
1.
19
15
2.
19
3. 1
1
4. 1
19
33. If the length of the diagonal of a rhombus whose area 216 sq.cm is
24 cm. Then find the length of second diagonal.
ΙÚ ΜôµΜÕςιƒτ ΣςκΣΖÜ 105 Μ−ùΜ−Á úΤÛλ ≅Θτ
ΙÚ êûΩ↑γΟ ¿Ζλ 13ùΜ−Á Φ±ο ≅Θτ Τσù[ôÚ
êûΩ↑γΟ ¿Ζλ
1. 18 cm
2. 9 cm
3. 36 cm
4. 8 cm
Page 17
x+7 1
34. Solve the equation =
5 x + 22 4
x+7 1
= Η ¾νχΚ−
5 x + 22 4
1. 5
2. 4
3. 7
4. 6
35. A vessel in the shape of a cuboid is 30 cm long and 25 cm wide.
What should be its height to hold 9 liters of water ?
Κ∴εùΜπΞΚ Ξ⁄↑ο ∆ρΖ ΙÚ Σôιƒςιƒτ ¿Ζλ
2/ùΜ−Á Τσßλ ≅ΚΩλ 14ùΜ−Á ΑÏλ− ≅κΣôιƒςιƒο
ùΤôιΘλ 8←γΟν ¿ν ùΚôρΖΖÜ ΒÚχΚúΞηÓùΤ±ο
≅κΣôιƒςιƒτ ∆Υςλ
1. 12 cm
2. 6 cm
3. 24 cm
4. 18 cm
34. Solve the equation =
5 x + 22 4
x+7 1
= Η ¾νχΚ−
5 x + 22 4
1. 5
2. 4
3. 7
4. 6
35. A vessel in the shape of a cuboid is 30 cm long and 25 cm wide.
What should be its height to hold 9 liters of water ?
Κ∴εùΜπΞΚ Ξ⁄↑ο ∆ρΖ ΙÚ Σôιƒςιƒτ ¿Ζλ
2/ùΜ−Á Τσßλ ≅ΚΩλ 14ùΜ−Á ΑÏλ− ≅κΣôιƒςιƒο
ùΤôιΘλ 8←γΟν ¿ν ùΚôρΖΖÜ ΒÚχΚúΞηÓùΤ±ο
≅κΣôιƒςιƒτ ∆Υςλ
1. 12 cm
2. 6 cm
3. 24 cm
4. 18 cm
Page 18
36. If the polynomials 2x 3 + ax2 + 3x – 5 and x3 + x 2 – 4x + a leave the
same remainder when divided by (x–2) then the value of 2a = _____
2x 3 + ax2 + 3x – 5 Τσßλ x 3 + x2 – 4x + a Α€Υ ΣοÛßκ×χ
úΚôûΞΚûΖ (x–2) Αο ΞÏχΚ €ûΟχÏλ ÁƒΚρ ΜΤλ
Φ±ο 2a τ Τƒκ× __________
-13
1.
3
13
2.
3
-26
3.
3
26
4.
3
37. (cosec A – sin A) (sec A – cos A) = _________
1. 2 sin A cos A
2. sin A cos A
3. sin A + cos A
4. sin A – cos A
same remainder when divided by (x–2) then the value of 2a = _____
2x 3 + ax2 + 3x – 5 Τσßλ x 3 + x2 – 4x + a Α€Υ ΣοÛßκ×χ
úΚôûΞΚûΖ (x–2) Αο ΞÏχΚ €ûΟχÏλ ÁƒΚρ ΜΤλ
Φ±ο 2a τ Τƒκ× __________
-13
1.
3
13
2.
3
-26
3.
3
26
4.
3
37. (cosec A – sin A) (sec A – cos A) = _________
1. 2 sin A cos A
2. sin A cos A
3. sin A + cos A
4. sin A – cos A
Page 19
38. The centroid of the triangle formed by (7, 4) (4, –6) (–5, 2)
is ___________
(7, 4) (4, –6) (–5, 2) Α€Υ ×ρ↓ΚûΖ ∆ε′ΚΖôΚχ ùΚôηΟ
ØχúΚôΠιƒτ ûΤΥχúΚôγÓεΜϕƒ
1. (2, 3)
2. (2, –3)
3. (2, –1)
4. (2, 0)
39. A dice is thrown twice. What is the probability that 5 will come up
at least once
ΙÚ ΣΚûΟΥô∴Õ ΒςηÓØû[ ∆ÚγΟκΣÓ€[Õ Φ±ο
≅κΣΚûΟ♠ο ΙÚ Øû[úΥàλ »5µ €ûΟκΣΘσΚô∴
♣ΚθΘΚÜ
11
1.
36
5
2.
36
25
3.
36
5
4.
6
is ___________
(7, 4) (4, –6) (–5, 2) Α€Υ ×ρ↓ΚûΖ ∆ε′ΚΖôΚχ ùΚôηΟ
ØχúΚôΠιƒτ ûΤΥχúΚôγÓεΜϕƒ
1. (2, 3)
2. (2, –3)
3. (2, –1)
4. (2, 0)
39. A dice is thrown twice. What is the probability that 5 will come up
at least once
ΙÚ ΣΚûΟΥô∴Õ ΒςηÓØû[ ∆ÚγΟκΣÓ€[Õ Φ±ο
≅κΣΚûΟ♠ο ΙÚ Øû[úΥàλ »5µ €ûΟκΣΘσΚô∴
♣ΚθΘΚÜ
11
1.
36
5
2.
36
25
3.
36
5
4.
6
Page 20
40. If the sum of the first 14 terms of an A.P is 1050 and its first term is
10, find the 20 th term __________
ΙÚ áγÓιùΘôΟ↔τ ØΘο 03 ∆ßκ×Κ↓τ áÓΘο 0/4/
úΤÛλ ≅ιùΘôΟ↔τ ØΘο∆ßκ× 0/ Φ±ο 1/ΞÕ ∆ßκ×
1. 100
2. 200
3. 210
4. 190
10, find the 20 th term __________
ΙÚ áγÓιùΘôΟ↔τ ØΘο 03 ∆ßκ×Κ↓τ áÓΘο 0/4/
úΤÛλ ≅ιùΘôΟ↔τ ØΘο∆ßκ× 0/ Φ±ο 1/ΞÕ ∆ßκ×
1. 100
2. 200
3. 210
4. 190
Page 21
Mallikarjun Sir Ravi
DEECET-2019
Gen. Science–Set-III
41. Which of the following will show “Tyndall effect”
1. Salt solution
2. Potassium chloride solution
3. Copper sulphate solution
4. Starch solution
•θχΚηΟΞσ°ο “⁄ηΟôο ↑ûΖÜ” ùΘ↔↑χÏλ Ιτß
1. ∆κ×χΚûςΜο
2. ùΣôγΟô′Υλ ÏúΖôûςÓ ΚûςΜο
3. ΚôκΣν ΜοúΣγ
4. υΟôνε ΚûςΜο
42. Myopia can be corrected by using
1. Convex lens
2. Concave lens
3. Plano convex lens
4. Plano concave lens
ûΤúΥô♦Υô Ïû[ΣôγûΟ Μ↔ùΜµΥ ΣΥτΣÓιΘκΣÓλ
ùΩτÑ
1. Ï↑ ùΩτÑ
2. Ï→ ùΩτÑ
3. ΜΤΘΖÏ↑ ùΩτÑ
4. ΜΤΘΖÏ→ ùΩτÑ
DEECET-2019
Gen. Science–Set-III
41. Which of the following will show “Tyndall effect”
1. Salt solution
2. Potassium chloride solution
3. Copper sulphate solution
4. Starch solution
•θχΚηΟΞσ°ο “⁄ηΟôο ↑ûΖÜ” ùΘ↔↑χÏλ Ιτß
1. ∆κ×χΚûςΜο
2. ùΣôγΟô′Υλ ÏúΖôûςÓ ΚûςΜο
3. ΚôκΣν ΜοúΣγ
4. υΟôνε ΚûςΜο
42. Myopia can be corrected by using
1. Convex lens
2. Concave lens
3. Plano convex lens
4. Plano concave lens
ûΤúΥô♦Υô Ïû[ΣôγûΟ Μ↔ùΜµΥ ΣΥτΣÓιΘκΣÓλ
ùΩτÑ
1. Ï↑ ùΩτÑ
2. Ï→ ùΩτÑ
3. ΜΤΘΖÏ↑ ùΩτÑ
4. ΜΤΘΖÏ→ ùΩτÑ
Page 22
43. Sodium bicarbonate is commonly known as
1. Washing soda
2. Soda water
3. Baking soda
4. Soda lime
úΜô⁄Υλ ûΣ ΚôνΣú∴γ⁄τ ΜôΘôςΠκùΣΥν
1. ΜΩûΞε úΜôΟô
2. úΜôΟô ¿ν
3. ΜûΤΥο úΜôΟô
4. úΜôΟô ÑηΠôλ×
44. In a bulb the part which gives us light is
1. Metal base
2. Glass chamber
3. Filament
4. Terminals
♥τΜôς Σο♦ο Ι↓Úλ ΣôΚλ
1. ∆úΩôΚ ê⁄
2. ΚηΠô⁄ ≅û[
3. ♥τ±ûΨ
4. ♥τΞôµΚρ
1. Washing soda
2. Soda water
3. Baking soda
4. Soda lime
úΜô⁄Υλ ûΣ ΚôνΣú∴γ⁄τ ΜôΘôςΠκùΣΥν
1. ΜΩûΞε úΜôΟô
2. úΜôΟô ¿ν
3. ΜûΤΥο úΜôΟô
4. úΜôΟô ÑηΠôλ×
44. In a bulb the part which gives us light is
1. Metal base
2. Glass chamber
3. Filament
4. Terminals
♥τΜôς Σο♦ο Ι↓Úλ ΣôΚλ
1. ∆úΩôΚ ê⁄
2. ΚηΠô⁄ ≅û[
3. ♥τ±ûΨ
4. ♥τΞôµΚρ
Page 23
45. One of the following material is used for making shoe polish
1. Paraffin wax
2. Petrol
3. Diesel
4. Lubricant oil
•θχΚηΟΞσ°ο _ø Σô←υ ΘΥô↔χΚ ΣΥτΣÓλ
ùΣôÚρ
1. ?Σôς♦τ ùΤÝÏ
2. ùΣγúςôο
3. ≈Μο
4. ∆ûΨÜ ΦηûΠ
1. Paraffin wax
2. Petrol
3. Diesel
4. Lubricant oil
•θχΚηΟΞσ°ο _ø Σô←υ ΘΥô↔χΚ ΣΥτΣÓλ
ùΣôÚρ
1. ?Σôς♦τ ùΤÝÏ
2. ùΣγúςôο
3. ≈Μο
4. ∆ûΨÜ ΦηûΠ
Page 24
Bio Science–Set-III
46. “Micro organisms could be killed by boiling”. This was proved by
1. Lazzaro Spallanzani
2. Ronald Ross
3. Edward Jenner
4. Jonas Salk
“ÖηÔ♠↔Κρ ùΚôƒιΘο êΩλ ùΚôοΩκΣÓ€τ[∴” -
ΒûΘ ♣Ú♦ιΘΞν
1.! Ωϖú⊥ôςô υΣôοΩτ⊥±
2.! ùςô∴ôογ ςôυ
3.! ΦγΞνγ ù⊥τ∴ν
4.! ù⊥ô∴ôυ Μôοχ
47. ‘Haustoria’ are
1. Special roots developed by parasitic plants
2. Modified leaves of insectivorous plants
3. A kind of sea weeds
4. Umbrella shaped plants
υúΟô↔Υô ΦτΣ∴
1. ΙγÓη∞ ΘôΞςδΚ↓ο ΞΖν′ΥûΟϕΘ ′[κ×
úΞνΚρ
2. éε′ ∆ηÔλ ΘôΞςδΚ↓ο ∆ÚΤôσ[ΤûΟϕΘ
ΒûΩΚρ
3. ΙÚ ΞûΚΥô∴ ΚΟο ΚûΖιΘôΞςλ
4. ÏûΟ Ξ⁄Ξι ΘôΞςλ
46. “Micro organisms could be killed by boiling”. This was proved by
1. Lazzaro Spallanzani
2. Ronald Ross
3. Edward Jenner
4. Jonas Salk
“ÖηÔ♠↔Κρ ùΚôƒιΘο êΩλ ùΚôοΩκΣÓ€τ[∴” -
ΒûΘ ♣Ú♦ιΘΞν
1.! Ωϖú⊥ôςô υΣôοΩτ⊥±
2.! ùςô∴ôογ ςôυ
3.! ΦγΞνγ ù⊥τ∴ν
4.! ù⊥ô∴ôυ Μôοχ
47. ‘Haustoria’ are
1. Special roots developed by parasitic plants
2. Modified leaves of insectivorous plants
3. A kind of sea weeds
4. Umbrella shaped plants
υúΟô↔Υô ΦτΣ∴
1. ΙγÓη∞ ΘôΞςδΚ↓ο ΞΖν′ΥûΟϕΘ ′[κ×
úΞνΚρ
2. éε′ ∆ηÔλ ΘôΞςδΚ↓ο ∆ÚΤôσ[ΤûΟϕΘ
ΒûΩΚρ
3. ΙÚ ΞûΚΥô∴ ΚΟο ΚûΖιΘôΞςλ
4. ÏûΟ Ξ⁄Ξι ΘôΞςλ
Page 25
48. Cotton cultivators are showing interest to cultivate B.T. Cotton
variety. B.T. means
≅û∴ιÕ ↑ΞΜô♠ΚÞλ B.T. ΣÚιƒ ΞûΚûΥκ Σ♠↔Ο
↑Úλ×€τ[∴ν− B.T. ΦτΣÕ
1. Bacteria Tobacum
2. Bacillus Tobacum
3. Bacteria Tricoderma
4. Bacillus Thuringiensis
49. The joint between the upper jaw and the rest of the head is
1. Hinge Joint
2. Fixed Joint
3. Pivot Joint
4. Ball and Socket Joint
úΤο ΘôûΟ Τσßλ ΘûΩ♠τ Τσ[κΣσχÏ ΒûΟúΥ
ΚôΠκΣÓλ êγÓ
1.! •ο êγÓ
2.! ≅ûΜΥô êγÓ
3.! ØûΖ êγÓ
4.! ΣϕÕ €ηΠ êγÓ
variety. B.T. means
≅û∴ιÕ ↑ΞΜô♠ΚÞλ B.T. ΣÚιƒ ΞûΚûΥκ Σ♠↔Ο
↑Úλ×€τ[∴ν− B.T. ΦτΣÕ
1. Bacteria Tobacum
2. Bacillus Tobacum
3. Bacteria Tricoderma
4. Bacillus Thuringiensis
49. The joint between the upper jaw and the rest of the head is
1. Hinge Joint
2. Fixed Joint
3. Pivot Joint
4. Ball and Socket Joint
úΤο ΘôûΟ Τσßλ ΘûΩ♠τ Τσ[κΣσχÏ ΒûΟúΥ
ΚôΠκΣÓλ êγÓ
1.! •ο êγÓ
2.! ≅ûΜΥô êγÓ
3.! ØûΖ êγÓ
4.! ΣϕÕ €ηΠ êγÓ
Page 26
50. This disease in human beings is linked with the islets of Langerhans
1. Heart attack
2. Cancer
3. Diarrhoea
4. Diabetes
Τ±ΘνΚ↓ο ΚôΠκΣÓλ •θχΚηΟ ΒϕΘ úΡôµ ΚûΠΥι
ƒγÓχΚÞΟτ ùΘôΟν×ûΟΥÕ−
1.! ΤôςûΟκ×
2.! ×σßúΡôµ
3.! Ξ♠σßκúΣôχÏ
4.! ¿↔→Ü úΡôµ
1. Heart attack
2. Cancer
3. Diarrhoea
4. Diabetes
Τ±ΘνΚ↓ο ΚôΠκΣÓλ •θχΚηΟ ΒϕΘ úΡôµ ΚûΠΥι
ƒγÓχΚÞΟτ ùΘôΟν×ûΟΥÕ−
1.! ΤôςûΟκ×
2.! ×σßúΡôµ
3.! Ξ♠σßκúΣôχÏ
4.! ¿↔→Ü úΡôµ
Page 27
51. Rain water streams checked by raising vegetation or constructing
bunds to enhance ground water evels. Come under these
development projects
1. Rock Land
2. Watershed
3. Tank Water
4. River Water
ΤûΨ ¿ν ¿úςôûΟΚûΖ+ ΘôΞςδΚûΖ ΞΖνιΘο+ ∋≅οΩÕ(
ΘÓκΣûΠΚρ ΚγÓΘο êΩλ úΘχ€ ûΞιÕ+ ♣ΩιΘ⁄¿ν
ΤγΟιûΘ ≅ƒΚ↔χÏλ ≅λΜλ ΒϕΘ ΞΖνε′ ƒγΟδΚ↓τ
•θ ΞÚ€[Õ
1. Σôû[ ♣ΩδΚρ
2. ϑûΟ Ξ⁄Κôο
3. Γ↔ ¿ν
4. Ρƒ ¿ν
bunds to enhance ground water evels. Come under these
development projects
1. Rock Land
2. Watershed
3. Tank Water
4. River Water
ΤûΨ ¿ν ¿úςôûΟΚûΖ+ ΘôΞςδΚûΖ ΞΖνιΘο+ ∋≅οΩÕ(
ΘÓκΣûΠΚρ ΚγÓΘο êΩλ úΘχ€ ûΞιÕ+ ♣ΩιΘ⁄¿ν
ΤγΟιûΘ ≅ƒΚ↔χÏλ ≅λΜλ ΒϕΘ ΞΖνε′ ƒγΟδΚ↓τ
•θ ΞÚ€[Õ
1. Σôû[ ♣ΩδΚρ
2. ϑûΟ Ξ⁄Κôο
3. Γ↔ ¿ν
4. Ρƒ ¿ν
Page 28
52. E.V. Ramasami is familiar as
1. Periyar
2. Mahatma
3. Bapu
4. Pundit
E.V. ςôΤΜô♥ ΒκùΣΥÚΟτ ♦ς′ιƒ ùΣσ[Ξν
1. ùΣ↔Υôν
2. ΤΚôιΤô
3. Σô×
4. Ση⁄γ
53. Tukaram and Ekanath are the saint poets of this region
1. Alahabad
2. Madras
3. Oudh
4. Maharashtra
ÕχΚôςôλ Τσßλ ΓΚΡôι Φτàλ Σχƒ ×ΩΞνΚρ
ΒκΣσûΥ úΜνϕΘΞνΚρ
1. ≅ΩΚôΣôι
2. ΤΘςôυ
3. ≅Üι
4. ΤΚôςôω⁄ςô
1. Periyar
2. Mahatma
3. Bapu
4. Pundit
E.V. ςôΤΜô♥ ΒκùΣΥÚΟτ ♦ς′ιƒ ùΣσ[Ξν
1. ùΣ↔Υôν
2. ΤΚôιΤô
3. Σô×
4. Ση⁄γ
53. Tukaram and Ekanath are the saint poets of this region
1. Alahabad
2. Madras
3. Oudh
4. Maharashtra
ÕχΚôςôλ Τσßλ ΓΚΡôι Φτàλ Σχƒ ×ΩΞνΚρ
ΒκΣσûΥ úΜνϕΘΞνΚρ
1. ≅ΩΚôΣôι
2. ΤΘςôυ
3. ≅Üι
4. ΤΚôςôω⁄ςô
Page 29
54. Tanjavur Town was built by
1. Raja Raja
2. Rajendra
3. Vijayalaya
4. Kulottunga
ΘφΜôîν Σγ⁄∴ιûΘ ∆ÚΞôχ€ΥΞν
1. ςô⊥ ςô⊥τ
2. ςôú⊥ϕƒςτ
3. ↑⊥ΥΩôΥô
4. ÏúΩôιÕδΚτ
55. Equinoxes occur on these days every year
1. March 21 and September 23
2. June 21 and December 22
3. March 22 and September 24
4. March 20 and September 22
ΙπùΞôÚ ΑηÓλ ΜΤ ΣΚ←ςÜ ΡôγΚρ+ ΒϕΡôγΚ↓ο
♣ΚÝλ
1. Τôνε 21 Τσßλ ùΜκΟλΣν 23
2. ⊥øτ 21 Τσßλ ⁄ΜλΣν 22
3. Τôνε 22 Τσßλ ùΜκΟλΣν 24
4. Τôνε 20 Τσßλ ùΜκΟλΣν 22
1. Raja Raja
2. Rajendra
3. Vijayalaya
4. Kulottunga
ΘφΜôîν Σγ⁄∴ιûΘ ∆ÚΞôχ€ΥΞν
1. ςô⊥ ςô⊥τ
2. ςôú⊥ϕƒςτ
3. ↑⊥ΥΩôΥô
4. ÏúΩôιÕδΚτ
55. Equinoxes occur on these days every year
1. March 21 and September 23
2. June 21 and December 22
3. March 22 and September 24
4. March 20 and September 22
ΙπùΞôÚ ΑηÓλ ΜΤ ΣΚ←ςÜ ΡôγΚρ+ ΒϕΡôγΚ↓ο
♣ΚÝλ
1. Τôνε 21 Τσßλ ùΜκΟλΣν 23
2. ⊥øτ 21 Τσßλ ⁄ΜλΣν 22
3. Τôνε 22 Τσßλ ùΜκΟλΣν 24
4. Τôνε 20 Τσßλ ùΜκΟλΣν 22
Page 30
56. Bhoodan Movement was started by
1. Achyutha Patwardhan
2. Jaya Prakash Narayan
3. Vinoba Bhave
4. V. Ramachandra Reddy
éΘô∴ ΒΥχΚιûΘ ÕΞχ€ΥΞν
1. ≅εÑΘ ΣγΞνΘτ
2. ù⊥Υ♦ςΚôω ΡôςôΥη
3. ↑ú∴ôΣô ΣôúΞ
4. V. ςôΤ Μϕƒςô ùςγ⁄
57. Founder of Young Italy
1. Victor Emanuel II
2. Giuseppe Mazzini
3. Otto Von Bismarck
4. Garibaldi
‘ΒûΖΥ ΒιΘô←’ ΒΥχΚιûΘ ♣ß↑ΥΞν
1. ↑χΟν ΒΤôàúΞο II
2. ùΚΜ♦ Τ≥±
3. ϑγúΟô,Ξôτ,♦υΤôνχ
4. Κ↔Σôο⁄
1. Achyutha Patwardhan
2. Jaya Prakash Narayan
3. Vinoba Bhave
4. V. Ramachandra Reddy
éΘô∴ ΒΥχΚιûΘ ÕΞχ€ΥΞν
1. ≅εÑΘ ΣγΞνΘτ
2. ù⊥Υ♦ςΚôω ΡôςôΥη
3. ↑ú∴ôΣô ΣôúΞ
4. V. ςôΤ Μϕƒςô ùςγ⁄
57. Founder of Young Italy
1. Victor Emanuel II
2. Giuseppe Mazzini
3. Otto Von Bismarck
4. Garibaldi
‘ΒûΖΥ ΒιΘô←’ ΒΥχΚιûΘ ♣ß↑ΥΞν
1. ↑χΟν ΒΤôàúΞο II
2. ùΚΜ♦ Τ≥±
3. ϑγúΟô,Ξôτ,♦υΤôνχ
4. Κ↔Σôο⁄
Page 31
58. Expand the abbreviation B.P.O.
B.P.O - ΦτΣΘτ ↑↔ΞôχΚλ
1. Business Procurement Organization
2. Business Productivity Outsourcing
3. Business Production Outsourcing
4. Business Processes Outsourcing
59. The first Coalition Government at the centre which assumed power
for two consecutive terms
1. United Fron t (UF)
2. National Democratic Alliance (NDA)
3. United Progressive Alliance (UPA)
4. National Front (NF)
ΤιƒΥ ≅ς′ο+ ùΘôΟνϕÕ ΒςηÓ Øû[ Αγ′ûΥ
ûΚκΣσ°Υ ØΘΩôΞÕ áγΟ∞ ≅ςΜôδΚλ
1. Ηχ€Υ Øτ∴∞
2. úΘ′Υ ⊥∴ΡôΥΚ áγΟ∞
3. Ηχ€Υ ØσúΣôχÏ áγΟ∞
4. úΘ′Υ Øτ∴∞
B.P.O - ΦτΣΘτ ↑↔ΞôχΚλ
1. Business Procurement Organization
2. Business Productivity Outsourcing
3. Business Production Outsourcing
4. Business Processes Outsourcing
59. The first Coalition Government at the centre which assumed power
for two consecutive terms
1. United Fron t (UF)
2. National Democratic Alliance (NDA)
3. United Progressive Alliance (UPA)
4. National Front (NF)
ΤιƒΥ ≅ς′ο+ ùΘôΟνϕÕ ΒςηÓ Øû[ Αγ′ûΥ
ûΚκΣσ°Υ ØΘΩôΞÕ áγΟ∞ ≅ςΜôδΚλ
1. Ηχ€Υ Øτ∴∞
2. úΘ′Υ ⊥∴ΡôΥΚ áγΟ∞
3. Ηχ€Υ ØσúΣôχÏ áγΟ∞
4. úΘ′Υ Øτ∴∞
Page 32
60. The number of persons per unit area is denoted by
1. Population gap
2. Population density
3. Population map
4. Population monitor
ΙÚ ΜÕς €úΩôÁγΟν ΣςκΣΖ↑ο ΞΖÚλ ΤχΚ↓τ
Φη∞χûΚûΥ Ï°κΣÕ
1. ΤχΚρùΘôûΚ ΒûΟùΞ↓
2. ΤχΚΖΟνιƒ
3. ΤχΚρùΘôûΚ ΞûςΣΟλ
4. ΤχΚρùΘôûΚ ΚηΚô∞κ×
1. Population gap
2. Population density
3. Population map
4. Population monitor
ΙÚ ΜÕς €úΩôÁγΟν ΣςκΣΖ↑ο ΞΖÚλ ΤχΚ↓τ
Φη∞χûΚûΥ Ï°κΣÕ
1. ΤχΚρùΘôûΚ ΒûΟùΞ↓
2. ΤχΚΖΟνιƒ
3. ΤχΚρùΘôûΚ ΞûςΣΟλ
4. ΤχΚρùΘôûΚ ΚηΚô∞κ×
Page 33
61. National Botanical Research Institute (NBRI) located at
1. Howrah
2. New Delhi
3. Lucknow
4. Bangalore
úΘ′Υ ΘôΞς↑Υο Αςôµε′ ♣ßΞ∴λ (NBRI)
≅ûΤϕÕρΖ ΒΟλ
1. Üςô
2. ×Õ⁄ο←
3. Ωχú∴ô
4. ùΣδΚðν
62. Cell wall lacking monerans are
1. Archaebacteria
2. Cyanobacteria
3. Mycoplasmas
4. Actinomycetes
ùΜοÑΞν ≅σ[ ùΤ±ςô ∆♠↔∴δΚρ
1. ùΘôο ÖηÔ♠↔
2. ¿ΩκΣεûΜ ÖηÔ♠↔
3. éφûΜ Κ∞Κλ
4. éφûΜ ÖηÔ♠↔
1. Howrah
2. New Delhi
3. Lucknow
4. Bangalore
úΘ′Υ ΘôΞς↑Υο Αςôµε′ ♣ßΞ∴λ (NBRI)
≅ûΤϕÕρΖ ΒΟλ
1. Üςô
2. ×Õ⁄ο←
3. Ωχú∴ô
4. ùΣδΚðν
62. Cell wall lacking monerans are
1. Archaebacteria
2. Cyanobacteria
3. Mycoplasmas
4. Actinomycetes
ùΜοÑΞν ≅σ[ ùΤ±ςô ∆♠↔∴δΚρ
1. ùΘôο ÖηÔ♠↔
2. ¿ΩκΣεûΜ ÖηÔ♠↔
3. éφûΜ Κ∞Κλ
4. éφûΜ ÖηÔ♠↔
Page 34
63. Fucoxanthin is the chief pigment in
1. Chlorophyceae
2. Cyanophyceae
3. Rhodophyceae
4. Phaeophyceae
♦ëúΚô⊥ϕƒτ ΦτΣÕ ΒΘτ Øχ€Υ ♣[♥
1. ΣÑλΣô′Κρ
2. ¿ΩκΣεûΜ Σô′Κρ
3. ′Ξκ× Σô′Κρ
4. ΣÝκ× Σô′Κρ
64. Elaters are seen in the sporophyte of
1. Marchantia
2. Funaria
3. Sphagnum
4. Polytrichum
ΒúΩγΟνυ ΦτΣ∴Ξσû[ ΒΘτ ′Θο ΘôΞςδΚ↓ο
ΚôΠΩôλ
1. ΤôνΚôη×Υô
2. ×ú∴↔Υô
3. υΣôχ∴λ
4. Σô←⁄ûςΚλ
1. Chlorophyceae
2. Cyanophyceae
3. Rhodophyceae
4. Phaeophyceae
♦ëúΚô⊥ϕƒτ ΦτΣÕ ΒΘτ Øχ€Υ ♣[♥
1. ΣÑλΣô′Κρ
2. ¿ΩκΣεûΜ Σô′Κρ
3. ′Ξκ× Σô′Κρ
4. ΣÝκ× Σô′Κρ
64. Elaters are seen in the sporophyte of
1. Marchantia
2. Funaria
3. Sphagnum
4. Polytrichum
ΒúΩγΟνυ ΦτΣ∴Ξσû[ ΒΘτ ′Θο ΘôΞςδΚ↓ο
ΚôΠΩôλ
1. ΤôνΚôη×Υô
2. ×ú∴↔Υô
3. υΣôχ∴λ
4. Σô←⁄ûςΚλ
Page 35
65. The modified stem of Casuarina is called
1. Cladophyll
2. Phylloclade
3. Phyllode
4. Cladode
ΜÜχÏΤςιƒτ ƒÚιƒ ≅ûΤχΚκΣγΟ ΘηÓ ΒπΞôß
≅ûΨχΚκΣÓ€[Õ
1. ΘηÓ úΣôτ[ ΒûΩ
2. ΒûΩ ùΘô→σ ΘηÓ
3. ΘγûΟ ΒûΩχΚôλ×
4. ΒûΩ úΣôτ[ ΘηÓ
66. Select the incorrect pair
1. Marginal Placentation - Pea
2. Axial Placentation - Tomato
3. Parietal Placentation - Marigold
4. Free Central Placentation - Dianthus
ΘΞ[ô∴ ΒûΠûΥ úΘνϕùΘÓ−
1. ↑↓λ× ãο ΙγÓØû[ ` ΣγΟô∞
2. ≅εÑΞ→ ãο ΙγÓØû[ ` ΘχΚô↓
3. ùΞ↓ ãο ΙγÓØû[ ` ΜôΤϕƒ
4. ÑΥ ûΤΥ ãο ΙγÓØû[ ` ΟΥôϕΘυ
1. Cladophyll
2. Phylloclade
3. Phyllode
4. Cladode
ΜÜχÏΤςιƒτ ƒÚιƒ ≅ûΤχΚκΣγΟ ΘηÓ ΒπΞôß
≅ûΨχΚκΣÓ€[Õ
1. ΘηÓ úΣôτ[ ΒûΩ
2. ΒûΩ ùΘô→σ ΘηÓ
3. ΘγûΟ ΒûΩχΚôλ×
4. ΒûΩ úΣôτ[ ΘηÓ
66. Select the incorrect pair
1. Marginal Placentation - Pea
2. Axial Placentation - Tomato
3. Parietal Placentation - Marigold
4. Free Central Placentation - Dianthus
ΘΞ[ô∴ ΒûΠûΥ úΘνϕùΘÓ−
1. ↑↓λ× ãο ΙγÓØû[ ` ΣγΟô∞
2. ≅εÑΞ→ ãο ΙγÓØû[ ` ΘχΚô↓
3. ùΞ↓ ãο ΙγÓØû[ ` ΜôΤϕƒ
4. ÑΥ ûΤΥ ãο ΙγÓØû[ ` ΟΥôϕΘυ
Page 36
67. The type of pollination occurs in cleistogamous flowers is
1. always cross pollination
2. always self pollination
3. both cross pollination and self pollination
4. depends upon availability of pollinators
≅Ωςô ΤΩνΚ↓ο ∋êÓ ΤΩνΚρ( ΡûΟùΣßλ ΤΚςϕΘ
úΜνχûΚ♠τ ΞûΚ
1. ΦκùΣôÝÕλ ≅Υο ΤΚςϕΘ úΜνχûΚ
2. ΦκùΣôÝÕλ Θτ ΤΚςϕΘ úΜνχûΚ
3. ≅Υο ΤΚςϕΘ úΜνχûΚ Τσßλ Θτ ΤΚςϕΘ
úΜνχûΚ ΒςηÓλ
4. ΤΚςϕΘ úΜνχûΚΥôΖνΚ↓τ €ûΟκ×ι ΘτûΤûΥ
ùΣôßιÕ ≅ûΤÙλ
68. The father of taxonomy is
1. Theophrastus
2. Carl Linnaeus
3. Charles Darwin
4. Gregor Mendel
ΞûΚκΣôγ⁄Υ←τ ΘϕûΘ Φ∴κΣÓΣΞν
1. ƒúΥô♦ςôυΟôυ
2. Κôνο ←τú∴Υυ
3. ΜôνΩυ Οôν↑τ
4. €ςΚν ùΤηΟο
1. always cross pollination
2. always self pollination
3. both cross pollination and self pollination
4. depends upon availability of pollinators
≅Ωςô ΤΩνΚ↓ο ∋êÓ ΤΩνΚρ( ΡûΟùΣßλ ΤΚςϕΘ
úΜνχûΚ♠τ ΞûΚ
1. ΦκùΣôÝÕλ ≅Υο ΤΚςϕΘ úΜνχûΚ
2. ΦκùΣôÝÕλ Θτ ΤΚςϕΘ úΜνχûΚ
3. ≅Υο ΤΚςϕΘ úΜνχûΚ Τσßλ Θτ ΤΚςϕΘ
úΜνχûΚ ΒςηÓλ
4. ΤΚςϕΘ úΜνχûΚΥôΖνΚ↓τ €ûΟκ×ι ΘτûΤûΥ
ùΣôßιÕ ≅ûΤÙλ
68. The father of taxonomy is
1. Theophrastus
2. Carl Linnaeus
3. Charles Darwin
4. Gregor Mendel
ΞûΚκΣôγ⁄Υ←τ ΘϕûΘ Φ∴κΣÓΣΞν
1. ƒúΥô♦ςôυΟôυ
2. Κôνο ←τú∴Υυ
3. ΜôνΩυ Οôν↑τ
4. €ςΚν ùΤηΟο
Page 37
69. Double membrane cell organelle(s) in plant cells is / are
1. Nucleus only
2. Nucleus and Chloroplast only
3. Nucleus and Mitochondrion only
4. Nucleus, Chloroplast and Mitochondrion
ΘôΞς ùΜοΚ↓ο ΒςηÓ ΜπÜΚûΖκ ùΣσßρΖ
ÖηÔßκ× / ÖηÔßκ×Κρ
1. ∆γΚÚ ΤγÓλ
2. ∆γΚÚ Τσßλ ΣÑδΚ∞Κλ ΤγÓλ
3. ∆γΚÚ Τσßλ ûΤγúΟôΚôη⁄↔Υτ ΤγÓλ
4. ∆γΚÚ+ ΣÑδΚ∞Κλ Τσßλ ûΤγúΟôΚôη⁄↔Υτ
70. In dicot root lateral roots are initiated from
1. Endodermis
2. Pericycle
3. Epidermis
4. Medulla
ΒÚ↑ιƒûΩ úΞ↔ο ΣχΚΞôγÓ úΞνΚρ Βδ€ÚϕÕ
ùΘôΟδÏ€[Õ
1. ≅ΚιúΘôο
2. ÑσßιƒÑ
3. ×[ιúΘôο
4. ≅ΚιƒÑ
1. Nucleus only
2. Nucleus and Chloroplast only
3. Nucleus and Mitochondrion only
4. Nucleus, Chloroplast and Mitochondrion
ΘôΞς ùΜοΚ↓ο ΒςηÓ ΜπÜΚûΖκ ùΣσßρΖ
ÖηÔßκ× / ÖηÔßκ×Κρ
1. ∆γΚÚ ΤγÓλ
2. ∆γΚÚ Τσßλ ΣÑδΚ∞Κλ ΤγÓλ
3. ∆γΚÚ Τσßλ ûΤγúΟôΚôη⁄↔Υτ ΤγÓλ
4. ∆γΚÚ+ ΣÑδΚ∞Κλ Τσßλ ûΤγúΟôΚôη⁄↔Υτ
70. In dicot root lateral roots are initiated from
1. Endodermis
2. Pericycle
3. Epidermis
4. Medulla
ΒÚ↑ιƒûΩ úΞ↔ο ΣχΚΞôγÓ úΞνΚρ Βδ€ÚϕÕ
ùΘôΟδÏ€[Õ
1. ≅ΚιúΘôο
2. ÑσßιƒÑ
3. ×[ιúΘôο
4. ≅ΚιƒÑ
Page 38
71. Identify the process that doesn’t occur in thylakoid membrane
1. O2 evolution
2. NADPH formation
3. CO2 fixation
4. ATP Synthesis
ûΘΩΚôµÓ ΜπÜΚ↓ο ΡûΟùΣ[ôΘ ùΜΥûΩ ≅ûΟΥôΖλ
ΚôγÓΚ−
1. Αχ″⊥τ ùΞ↓♠ÓΘο
2. NADPH ΓσΣÓΘο
3. CO2 ♣ûΩκΣÓιÕΘο
4. ATP ùΘôÏιΘο
72. Identify the micronutrient from the following
1. Manganese
2. Calcium
3. Sulphur
4. Magnesium
•θχΚηΟΞσ°ο ÖηæγΟκ ùΣôÚûΖ ≅ûΟΥôΖλ
ΚôγÓΚ−
1. ΤôδΚÉυ
2. Κôο×Υλ
3. ΜοΣν
4. ùΤχÉ×Υλ
1. O2 evolution
2. NADPH formation
3. CO2 fixation
4. ATP Synthesis
ûΘΩΚôµÓ ΜπÜΚ↓ο ΡûΟùΣ[ôΘ ùΜΥûΩ ≅ûΟΥôΖλ
ΚôγÓΚ−
1. Αχ″⊥τ ùΞ↓♠ÓΘο
2. NADPH ΓσΣÓΘο
3. CO2 ♣ûΩκΣÓιÕΘο
4. ATP ùΘôÏιΘο
72. Identify the micronutrient from the following
1. Manganese
2. Calcium
3. Sulphur
4. Magnesium
•θχΚηΟΞσ°ο ÖηæγΟκ ùΣôÚûΖ ≅ûΟΥôΖλ
ΚôγÓΚ−
1. ΤôδΚÉυ
2. Κôο×Υλ
3. ΜοΣν
4. ùΤχÉ×Υλ
Page 39
73. The loss of water from the leaves of plants in liquid form is called
1. Transpiration
2. Guttation
3. Evaporation
4. Diffusion
ΘôΞς ΒûΩΚρ ¿ûς+ ƒςΞ Ξ⁄↑ο ΒΨχÏλ ùΜΥûΩ
ΒπΞôß ≅ûΨκΣν
1. ¿ςô↑κ úΣôχÏ
2. ¿νχΚ′Ü
3. Α↑ΥôΘο
4. ↑ςÜΘο
74. Transduction was first discovered in
1. Salmonella typhimurium
2. Streptococcus pheumoniae
3. Escherichia coli
4. Corynebacterium diphtheriae
Öη∞ûΟ Τôσ[ιûΘ ØΘ←ο Βƒο ΚηΟ°ϕΘ∴ν
1. ΜôοúΤôù∴οΩô ûΟ♦λë↔Υλ
2. υùΟ↔κúΟôúΚôΚυ ♣úΤô±Υô
3. ΦυùΜ↔×Υô úΚô←
4. úΚô↔ù∴Σôχ≈↔Υλ ⁄κ¾↔Υô
1. Transpiration
2. Guttation
3. Evaporation
4. Diffusion
ΘôΞς ΒûΩΚρ ¿ûς+ ƒςΞ Ξ⁄↑ο ΒΨχÏλ ùΜΥûΩ
ΒπΞôß ≅ûΨκΣν
1. ¿ςô↑κ úΣôχÏ
2. ¿νχΚ′Ü
3. Α↑ΥôΘο
4. ↑ςÜΘο
74. Transduction was first discovered in
1. Salmonella typhimurium
2. Streptococcus pheumoniae
3. Escherichia coli
4. Corynebacterium diphtheriae
Öη∞ûΟ Τôσ[ιûΘ ØΘ←ο Βƒο ΚηΟ°ϕΘ∴ν
1. ΜôοúΤôù∴οΩô ûΟ♦λë↔Υλ
2. υùΟ↔κúΟôúΚôΚυ ♣úΤô±Υô
3. ΦυùΜ↔×Υô úΚô←
4. úΚô↔ù∴Σôχ≈↔Υλ ⁄κ¾↔Υô
Page 40
75. If a cross between two plants give 75% tall and 25% dwarf progeny,
then the parents genotype are (consider ‘T’ is dominant over ‘t’)
ΒςηÓ ΘôΞςδΚÞχÏ ΒûΟúΥ ΡΟιΘκΣγΟ ΚΩκ♦∴
úΜνχûΚΥôο ùΣσ[ ΜϕΘƒ♠ο 75% ¿ΖΤô∴ ΘôΞςλ
Τσßλ 25% ÏγûΟΥô∴ ΘôΞςλ ΒÚϕΘôο ùΣσú[ô↔τ
Τς×ΞûΚ
1. Tt ´ tt
2. TT ´ tt
3. Tt ´ Tt
4. TT ´ Tt
76. The enzyme which joins Okazaki fragments in DNA replication is
1. DNA polymerase
2. RNA polymerase
3. DNA ligase
4. Helicase
DNA ΡΚΩôχÏΘ←ο ϑΚΜô€ ÕηΟδΚûΖ ΒûΠχÏλ
ùΡôƒ
1. DNA Σô←Τôúςυ
2. RNA Σô←Τôúςυ
3. DNA ûΩúΚυ
4. ùοúΚυ
then the parents genotype are (consider ‘T’ is dominant over ‘t’)
ΒςηÓ ΘôΞςδΚÞχÏ ΒûΟúΥ ΡΟιΘκΣγΟ ΚΩκ♦∴
úΜνχûΚΥôο ùΣσ[ ΜϕΘƒ♠ο 75% ¿ΖΤô∴ ΘôΞςλ
Τσßλ 25% ÏγûΟΥô∴ ΘôΞςλ ΒÚϕΘôο ùΣσú[ô↔τ
Τς×ΞûΚ
1. Tt ´ tt
2. TT ´ tt
3. Tt ´ Tt
4. TT ´ Tt
76. The enzyme which joins Okazaki fragments in DNA replication is
1. DNA polymerase
2. RNA polymerase
3. DNA ligase
4. Helicase
DNA ΡΚΩôχÏΘ←ο ϑΚΜô€ ÕηΟδΚûΖ ΒûΠχÏλ
ùΡôƒ
1. DNA Σô←Τôúςυ
2. RNA Σô←Τôúςυ
3. DNA ûΩúΚυ
4. ùοúΚυ
Page 41
77. Identify the stop codons from the following
•θχΚηΟΞσ°ο »»♣ßιΘχ Ï°Υû∴µµ ≅ûΟΥôΖλ
ΚôηΚ−
1. UCG
2. UAA
3. UAC
4. UGU
78. ‘Cry’ genes are obtained from
1. Agrobacterium tumefaciens
2. Bacillus thuringiensis
3. Bacillus amyloliquefaciens
4. Erwinia amylovora
‘Cry’ ΤςΣÔχΚûΖ ΒΞσ°←ÚϕÕ ùΣσ[∴ν
1. ≅χúςôΣôχ≈↔Υλ ⁄ë♥úΣ×Υτυ
2. Σô′οΩυ Õ↔φ≥Υτ′υ
3. Σô′οΩυ ≅ûΤúΩô←χ↑úΣ×Υτυ
4. Φν↑±Υô ≅ûΤúΩôúΞôςô
•θχΚηΟΞσ°ο »»♣ßιΘχ Ï°Υû∴µµ ≅ûΟΥôΖλ
ΚôηΚ−
1. UCG
2. UAA
3. UAC
4. UGU
78. ‘Cry’ genes are obtained from
1. Agrobacterium tumefaciens
2. Bacillus thuringiensis
3. Bacillus amyloliquefaciens
4. Erwinia amylovora
‘Cry’ ΤςΣÔχΚûΖ ΒΞσ°←ÚϕÕ ùΣσ[∴ν
1. ≅χúςôΣôχ≈↔Υλ ⁄ë♥úΣ×Υτυ
2. Σô′οΩυ Õ↔φ≥Υτ′υ
3. Σô′οΩυ ≅ûΤúΩô←χ↑úΣ×Υτυ
4. Φν↑±Υô ≅ûΤúΩôúΞôςô
Page 42
79. The stain used to visualize DNA on agarose gel is
1. Ethidium bromide
2. Acetocarmine
3. Crystal violet
4. Safranin
≅Κúςôυ ù⊥ο←τ ÁÕ DNA ûΞ ΣôνκΣΘσÏ ΣΥτΣÓλ
Κû[
1. Φƒ⁄Υλ ×úςôûΤγ
2. ≅′úΟôΚôς♥τ
3. €↔υΟο ûΞΩγ
4. Μôκς±τ
80. Leaf blight of potato is caused by
1. Bacterium
2. Fungus
3. Virus
4. Mycoplasma
∆ÚûΖχ€Ψδ€ο ΒûΩùΞκ× úΡôûΥ ΓσΣÓιÕΞÕ
1. Σôχ≈↔Υλ
2. éφûΜ
3. ûΞςυ
4. éφûΜ Κ∞Κλ
1. Ethidium bromide
2. Acetocarmine
3. Crystal violet
4. Safranin
≅Κúςôυ ù⊥ο←τ ÁÕ DNA ûΞ ΣôνκΣΘσÏ ΣΥτΣÓλ
Κû[
1. Φƒ⁄Υλ ×úςôûΤγ
2. ≅′úΟôΚôς♥τ
3. €↔υΟο ûΞΩγ
4. Μôκς±τ
80. Leaf blight of potato is caused by
1. Bacterium
2. Fungus
3. Virus
4. Mycoplasma
∆ÚûΖχ€Ψδ€ο ΒûΩùΞκ× úΡôûΥ ΓσΣÓιÕΞÕ
1. Σôχ≈↔Υλ
2. éφûΜ
3. ûΞςυ
4. éφûΜ Κ∞Κλ
Page 43
81. It is measured by counting the number of taxa (usually species)
within a particular area, community or ecosystem
1. Alpha diversity
2. Delta diversity
3. Beta diversity
4. Gamma diversity
ΙÚ Ï°κ♦γΟ Σσ♠ο ∆ρΖ ΜêΚλ ≅οΩÕ
Ñσßκ×[ãθ♣ûΩ♠ο ∆ρΖ Οôχ]ô∋ΜôΘςΠΤôΚ
Β∴δΚρ(ûΞ ΚΠχ€ÓΞΘτ êΩΤôΚ ΒûΘ ≅Ζ↑ÓΞν
1. ΑοΣô ∆♠↔ΥúΞσßûΤ Û
2. ùΟοΟô ∆♠↔ΥúΞσßûΤ
3. ÀγΟô ∆♠↔ΥúΞσßûΤ
4. ΚôΤô ∆♠↔ΥúΞσßûΤ
within a particular area, community or ecosystem
1. Alpha diversity
2. Delta diversity
3. Beta diversity
4. Gamma diversity
ΙÚ Ï°κ♦γΟ Σσ♠ο ∆ρΖ ΜêΚλ ≅οΩÕ
Ñσßκ×[ãθ♣ûΩ♠ο ∆ρΖ Οôχ]ô∋ΜôΘςΠΤôΚ
Β∴δΚρ(ûΞ ΚΠχ€ÓΞΘτ êΩΤôΚ ΒûΘ ≅Ζ↑ÓΞν
1. ΑοΣô ∆♠↔ΥúΞσßûΤ Û
2. ùΟοΟô ∆♠↔ΥúΞσßûΤ
3. ÀγΟô ∆♠↔ΥúΞσßûΤ
4. ΚôΤô ∆♠↔ΥúΞσßûΤ
Page 44
82. Sebaceous glands are
1. Endocrine glands
2. Apocrine glands
3. Merocrine glands
4. Holocrine glands
ΦηûΠÑςκ♦Κρ ΦτΣ∴
1. ΡôΖ♥οΩô Ñςκ♦Κρ
2. ≅úΣô€ûςτ Ñςκ♦Κρ
3. Áúςô€ûςτ Ñςκ♦Κρ
4. úôúΩô€ûςτ Ñςκ♦Κρ
83. These are commonly referred to as sea anemones
1. Hydrozoa
2. Turbellaria
3. Anthozoa
4. Trematoda
ΒϕΘ ∆♠↔∴δΚûΖ ΜôΘôςΠΤôΚ ΚΟσΣφÑ ΦτΣν.
1. ûγúςôú⊥ôΞô
2. ΟνùΣοúΩ↔Υô
3. ≅ϕúΘôú⊥ôΞô
4. ⁄ςΤúΟôΟô
1. Endocrine glands
2. Apocrine glands
3. Merocrine glands
4. Holocrine glands
ΦηûΠÑςκ♦Κρ ΦτΣ∴
1. ΡôΖ♥οΩô Ñςκ♦Κρ
2. ≅úΣô€ûςτ Ñςκ♦Κρ
3. Áúςô€ûςτ Ñςκ♦Κρ
4. úôúΩô€ûςτ Ñςκ♦Κρ
83. These are commonly referred to as sea anemones
1. Hydrozoa
2. Turbellaria
3. Anthozoa
4. Trematoda
ΒϕΘ ∆♠↔∴δΚûΖ ΜôΘôςΠΤôΚ ΚΟσΣφÑ ΦτΣν.
1. ûγúςôú⊥ôΞô
2. ΟνùΣοúΩ↔Υô
3. ≅ϕúΘôú⊥ôΞô
4. ⁄ςΤúΟôΟô
Page 45
84. Pecten is a peculiar structure found in the eye ball of
1. Amphibians
2. Aves
3. Reptiles
4. Mammals
ΒΞσ°τ ΚηΚ↓ο ùΣχ⁄τ Φàλ ′[κ× ≅ûΤκ×
ΚôΠκΣÓ€[Õ
1. ¿ν♣Ω ΞôθΞ∴
2. Σ[ûΞΚρ
3. ΕνΞ∴
4. Σôíγ⁄Κρ
85. Pick up the correct match :
1. Stichonematic flagellum – Monas
2. Pantonematic flagellum –Astasia
3. Acronematic flagellum – Polytoma
4. Pantacronematic flagellum – Chilomonas
Μ↔Υô∴ ùΣôÚιΘιûΘ úΘνϕùΘÓ
1. υ⁄úΚô±úΤ⁄χ ♦Ζôù⊥οΩλ ` ùΤô∴υ
2. ΣôτúΟô±Τô⁄χ ♦Ζôù⊥οΩλ ` ΓυΟô′Υô
3. ≅χúςô±Τô⁄χ ♦Ζôù⊥οΩλ ` Σô←úΟôΤô
4. ΣôτΟôχúςô±Τô⁄χ ♦Ζôù⊥οΩλ ` ûΚùΩôΤô∴υ
1. Amphibians
2. Aves
3. Reptiles
4. Mammals
ΒΞσ°τ ΚηΚ↓ο ùΣχ⁄τ Φàλ ′[κ× ≅ûΤκ×
ΚôΠκΣÓ€[Õ
1. ¿ν♣Ω ΞôθΞ∴
2. Σ[ûΞΚρ
3. ΕνΞ∴
4. Σôíγ⁄Κρ
85. Pick up the correct match :
1. Stichonematic flagellum – Monas
2. Pantonematic flagellum –Astasia
3. Acronematic flagellum – Polytoma
4. Pantacronematic flagellum – Chilomonas
Μ↔Υô∴ ùΣôÚιΘιûΘ úΘνϕùΘÓ
1. υ⁄úΚô±úΤ⁄χ ♦Ζôù⊥οΩλ ` ùΤô∴υ
2. ΣôτúΟô±Τô⁄χ ♦Ζôù⊥οΩλ ` ΓυΟô′Υô
3. ≅χúςô±Τô⁄χ ♦Ζôù⊥οΩλ ` Σô←úΟôΤô
4. ΣôτΟôχúςô±Τô⁄χ ♦Ζôù⊥οΩλ ` ûΚùΩôΤô∴υ
Page 46
86. Study the following and pick up the correct statement :
1. Increase of number of cells in host due to parasite is called
hypertrophy.
2. Increase of size of cells of host tissues due to parasite is
called hyperplasia.
3. Degeneration of liver of host due to parasite is called
castration.
4. Formation of new structure in the tissues of the host due to
parasite is called neoplasia.
•θχΚηΟ áσû[ Σ↔≠←ιÕ Μ↔Υô∴ áσû[ úΘνϕùΘÓ:
1. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ùΜοΚ↓τ Φη∞χûΚ ≅ƒΚ↔ιΘûΩ ûΣν⁄úςô♦
ΦτΣν−
2. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ΘûΜΚ↓ο ùΜοΚ↓τ ≅ΖÜ ≅ƒΚ↔ιΘûΩ
ûΣν♦Ζô′Υô ΦτΣν−
3. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ ΚοÄςο
′ûΘΞûΟΘûΩ Κôυγúς_τ ΦτΣν−
4. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ΘûΜΚ↓ο ×ƒΥ Ξ⁄Ξλ ∆ÚΞôΘûΩ ♣úΥô♦Ζô′Υô
ΦτΣν−
1. Increase of number of cells in host due to parasite is called
hypertrophy.
2. Increase of size of cells of host tissues due to parasite is
called hyperplasia.
3. Degeneration of liver of host due to parasite is called
castration.
4. Formation of new structure in the tissues of the host due to
parasite is called neoplasia.
•θχΚηΟ áσû[ Σ↔≠←ιÕ Μ↔Υô∴ áσû[ úΘνϕùΘÓ:
1. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ùΜοΚ↓τ Φη∞χûΚ ≅ƒΚ↔ιΘûΩ ûΣν⁄úςô♦
ΦτΣν−
2. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ΘûΜΚ↓ο ùΜοΚ↓τ ≅ΖÜ ≅ƒΚ↔ιΘûΩ
ûΣν♦Ζô′Υô ΦτΣν−
3. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ ΚοÄςο
′ûΘΞûΟΘûΩ Κôυγúς_τ ΦτΣν−
4. ΙγÓη∞Υôο ↑ÚϕΘ↓χÏλ ∆♠↔∴ιƒτ
ΘûΜΚ↓ο ×ƒΥ Ξ⁄Ξλ ∆ÚΞôΘûΩ ♣úΥô♦Ζô′Υô
ΦτΣν−
Page 47
87. Quartan malaria is caused by
1. Plasmodium vivax
2. Plasmodium ovale
3. Plasmodium falciparum
4. Plasmodium malariae
ÏΞôνΟτ ΤúΩ↔Υô úΘôτ[ ΚôςΠΤô∴Õ
1. ♦ΖôυúΤô⁄Υλ ûΞΞôχυ
2. ♦ΖôυúΤô⁄Υλ ϑùΞο
3. ♦ΖôυúΤô⁄Υλ ?Σôο′úΣςλ
4. ♦ΖôυúΤô⁄Υλ ΤúΩ↔úΥ
88. Wings of cockroach are elevated by the contraction of
1. Dorso-longitudinal muscles
2. Dorsoventral muscles
3. Adductor muscles
4. Alary muscles
ΒϕΘ ΘûΜΚ↓τ ÑÚχΚιΘôο ΚςκΣôτ éε′♠τ
Β[χûΚΚρ úΤùΩÝλ×€τ[∴
1. ØÕÏκ×[ ¿ρùΞγÓ ΘûΜΚρ
2. ØÕÏκ×[ •θκ×[ ΘûΜΚρ
3. úΜνΤô∴ ΘûΜΚρ
4. ≅Ω↔ ΘûΜΚρ
1. Plasmodium vivax
2. Plasmodium ovale
3. Plasmodium falciparum
4. Plasmodium malariae
ÏΞôνΟτ ΤúΩ↔Υô úΘôτ[ ΚôςΠΤô∴Õ
1. ♦ΖôυúΤô⁄Υλ ûΞΞôχυ
2. ♦ΖôυúΤô⁄Υλ ϑùΞο
3. ♦ΖôυúΤô⁄Υλ ?Σôο′úΣςλ
4. ♦ΖôυúΤô⁄Υλ ΤúΩ↔úΥ
88. Wings of cockroach are elevated by the contraction of
1. Dorso-longitudinal muscles
2. Dorsoventral muscles
3. Adductor muscles
4. Alary muscles
ΒϕΘ ΘûΜΚ↓τ ÑÚχΚιΘôο ΚςκΣôτ éε′♠τ
Β[χûΚΚρ úΤùΩÝλ×€τ[∴
1. ØÕÏκ×[ ¿ρùΞγÓ ΘûΜΚρ
2. ØÕÏκ×[ •θκ×[ ΘûΜΚρ
3. úΜνΤô∴ ΘûΜΚρ
4. ≅Ω↔ ΘûΜΚρ
Page 48
89. During the transfer of energy from one trophic level to the next, only
about 10 percent of energy is stored as biomass and the remaining is
lost during the transfer or broken in catabolic activities. It was
explained by
1. Van’t Hoff
2. Allen
3. Elton
4. Lindeman
ΙÚ γςô♦χ ♣ûΩ♠←ÚϕÕ ≅ÓιΘ γςô♦χ ♣ûΩχÏ
Ασ[ο Τôσ[λ ΡûΟùΣÚλ úΣôÕ 0/ ΜΘÅΘ Ασ[ο
ΤγÓúΤ ∆♠↔♠τ ùΣôÚηûΤΥôΚ úΜ♥χΚκΣÓ€[Õ− Áƒ
Ασ[ο+ Τôσ[ιƒτ úΣôÕ ΒΨχΚκΣÓ€[Õ ≅οΩÕ
′ûΘÜßΘÛχÏ ΣΥτΣÓιΘκΣÓ€[Õ− ΒûΘ ùΘ↔↑ιΘΞν
1. Ξôτγ úô?κ
2. ≅οùΩτ
3. ΦοΟτ
4. ←τúΟùΤτ
about 10 percent of energy is stored as biomass and the remaining is
lost during the transfer or broken in catabolic activities. It was
explained by
1. Van’t Hoff
2. Allen
3. Elton
4. Lindeman
ΙÚ γςô♦χ ♣ûΩ♠←ÚϕÕ ≅ÓιΘ γςô♦χ ♣ûΩχÏ
Ασ[ο Τôσ[λ ΡûΟùΣÚλ úΣôÕ 0/ ΜΘÅΘ Ασ[ο
ΤγÓúΤ ∆♠↔♠τ ùΣôÚηûΤΥôΚ úΜ♥χΚκΣÓ€[Õ− Áƒ
Ασ[ο+ Τôσ[ιƒτ úΣôÕ ΒΨχΚκΣÓ€[Õ ≅οΩÕ
′ûΘÜßΘÛχÏ ΣΥτΣÓιΘκΣÓ€[Õ− ΒûΘ ùΘ↔↑ιΘΞν
1. Ξôτγ úô?κ
2. ≅οùΩτ
3. ΦοΟτ
4. ←τúΟùΤτ
Page 49
90. Serubbers are used to control the pollution of
1. O3
2. SO2
3. Aerosauls
4. Methane
ΒϕΘ ΤôÑΚûΖ ΚγÓκΣÓιΘ ùΜÚκùΣνυ
ΣΥτΣÓιΘκΣÓ€τ[∴
1. O3
2. SO2
3. ΓúςôΜôο
4. ÁιúΘτ
91. The enzyme invertase is secreted by
1. Gastric glands
2. Salivary glands
3. Intestinal glands
4. Liver
ΒτΞνúΟυ Φàλ Φτû⊥ûΤ ÑςκΣÕ
1. ΒûςκûΣ Ñςκ♦Κρ
2. ∆♥θ¿ν Ñςκ♦Κρ
3. ÏΟο Ñςκ♦Κρ
4. ΚοÄςο
1. O3
2. SO2
3. Aerosauls
4. Methane
ΒϕΘ ΤôÑΚûΖ ΚγÓκΣÓιΘ ùΜÚκùΣνυ
ΣΥτΣÓιΘκΣÓ€τ[∴
1. O3
2. SO2
3. ΓúςôΜôο
4. ÁιúΘτ
91. The enzyme invertase is secreted by
1. Gastric glands
2. Salivary glands
3. Intestinal glands
4. Liver
ΒτΞνúΟυ Φàλ Φτû⊥ûΤ ÑςκΣÕ
1. ΒûςκûΣ Ñςκ♦Κρ
2. ∆♥θ¿ν Ñςκ♦Κρ
3. ÏΟο Ñςκ♦Κρ
4. ΚοÄςο
Page 50
92. In human heart, the opening of coronary sinus into right atrium is
guarded by
1. Eustachian valve
2. Thebesian valve
3. Tricuspid valve
4. Aortic valve
Τ±Θ ΒΘΥιƒο Κúςô∴↔ ûΜ∴υ ΞΩÕ Γγ↔ΥιƒσÏρ
ƒ[χÏλ ΒΟιƒο ΚôΠκΣÓλ ΞôοÜ
1. ëυΟô′Υôτ ΞôοÜ
2. ùΟκ′Υτ ΞôοÜ
3. ê↑Θθ ΞôοÜ
4. ùΣÚϕΘΤ± ΞôοÜ
guarded by
1. Eustachian valve
2. Thebesian valve
3. Tricuspid valve
4. Aortic valve
Τ±Θ ΒΘΥιƒο Κúςô∴↔ ûΜ∴υ ΞΩÕ Γγ↔ΥιƒσÏρ
ƒ[χÏλ ΒΟιƒο ΚôΠκΣÓλ ΞôοÜ
1. ëυΟô′Υôτ ΞôοÜ
2. ùΟκ′Υτ ΞôοÜ
3. ê↑Θθ ΞôοÜ
4. ùΣÚϕΘΤ± ΞôοÜ
Page 51
93. This bone is not belong to coxal bone
1. Clavicle
2. Illium
3. Ischium
4. Pubis
ΚôχΜôο ΦÛλ♦σÏ ùΘôΟν♦οΩôΘ ΦÛλ×
1. €Ζô↑χ
2. Βο←Υλ
3. Βε′Υλ
4. ×♦υ
94. In human brain superior colliculi are concerned with
1. Vision
2. Hearing
3. Balancing
4. Memory
Τ±Θ êûΖ♠ο ∆ρΖ ÑÀ↔Υν ΚôοÏûΖ ΒΘσÏ
ùΘôΟνΣô∴Õ
1. ΣôνûΞ ƒ[τ
2. úΚγÏλ ƒ[τ
3. ΜΤ♣ûΩκΣÓιÕΘο
4. ♣û∴Ξôσ[ο
1. Clavicle
2. Illium
3. Ischium
4. Pubis
ΚôχΜôο ΦÛλ♦σÏ ùΘôΟν♦οΩôΘ ΦÛλ×
1. €Ζô↑χ
2. Βο←Υλ
3. Βε′Υλ
4. ×♦υ
94. In human brain superior colliculi are concerned with
1. Vision
2. Hearing
3. Balancing
4. Memory
Τ±Θ êûΖ♠ο ∆ρΖ ÑÀ↔Υν ΚôοÏûΖ ΒΘσÏ
ùΘôΟνΣô∴Õ
1. ΣôνûΞ ƒ[τ
2. úΚγÏλ ƒ[τ
3. ΜΤ♣ûΩκΣÓιÕΘο
4. ♣û∴Ξôσ[ο
Page 52
95. Union of pronuclei of the gametes is called
1. Isogamy
2. Anisogamy
3. Hologamy
4. Amphimixis
Σô←∴ ∆♠ςÔχΚ↓τ κúςô∆γΚÚχΚ↓τ ΒûΠÜ
ΒπΞôß ≅ûΨχΚκΣÓ€[Õ.
1. ΜΤ×Πνε′
2. ≅ΜΤ×Πνε′
3. ♣û[∋ØÝ(×Πνε′
4. ΣôΩÔχΚΩκ×
96. Energy source for the sperms in the semen is
1. Prostaglandins
2. Vitamin C
3. Fructose
4. Citric acid
↑ϕÕƒςΞιƒο ∆ρΖ ↑ϕΘÔχΚÞχÏ ØΘτûΤ Ασ[ο
ΞΖΤôΚ ↑ΖδÏΞÕ
1. κúςôυΟô€Ζôτ⁄τΚρ
2. ûΞγΟ♥τ`C
3. ♦ςχúΟôυ
4. ′γ↔χ ≅♥Ωλ
1. Isogamy
2. Anisogamy
3. Hologamy
4. Amphimixis
Σô←∴ ∆♠ςÔχΚ↓τ κúςô∆γΚÚχΚ↓τ ΒûΠÜ
ΒπΞôß ≅ûΨχΚκΣÓ€[Õ.
1. ΜΤ×Πνε′
2. ≅ΜΤ×Πνε′
3. ♣û[∋ØÝ(×Πνε′
4. ΣôΩÔχΚΩκ×
96. Energy source for the sperms in the semen is
1. Prostaglandins
2. Vitamin C
3. Fructose
4. Citric acid
↑ϕÕƒςΞιƒο ∆ρΖ ↑ϕΘÔχΚÞχÏ ØΘτûΤ Ασ[ο
ΞΖΤôΚ ↑ΖδÏΞÕ
1. κúςôυΟô€Ζôτ⁄τΚρ
2. ûΞγΟ♥τ`C
3. ♦ςχúΟôυ
4. ′γ↔χ ≅♥Ωλ
Page 53
97. If a man [whose father is colour blind and mother has normal
(homozygous) vision] marries a woman [whose mother is colour
blind and father has normal vision], the vision expected in their male
children is
1. 75% normal, 25% colour blind
2. 50% normal, 50% colour blind
3. 25% normal, 75% colour blind
4. 100% normal
ΙÚ Αη ∋≅Ξ↔τ ΘϕûΘ ♣[χÏÚγÓΘτûΤ Τσßλ Θôµ
ΜôΘôςΠ ΣôνûΞ ∆ûΟΥΞν( ΙÚ ùΣηûΠ ∋≅Ξ↔τ
ΘôΥôν ♣[χÏÚγÓΘτûΤ Τσßλ ΘϕûΘ ΜôΘôςΠ
ΣôνûΞ ∆ûΟΥΞν( ƒÚΤΠλ ùΜµÕùΚôηΟôν Φ±ο
≅ΞνΚÞχÏκ ♦[χÏλ Αη ♦ρûΖΚ↓τ ΣôνûΞ
1. 75% ΜôΘôςΠ ΣôνûΞ, 25% ♣[χÏÚγÓΘτûΤ
2. 50% ΜôΘôςΠ ΣôνûΞ, 50% ♣[χÏÚγÓΘτûΤ
3. 25% ΜôΘôςΠ ΣôνûΞ, 75% ♣[χÏÚγÓΘτûΤ
4. 100% ΜôΘôςΠ ΣôνûΞ
(homozygous) vision] marries a woman [whose mother is colour
blind and father has normal vision], the vision expected in their male
children is
1. 75% normal, 25% colour blind
2. 50% normal, 50% colour blind
3. 25% normal, 75% colour blind
4. 100% normal
ΙÚ Αη ∋≅Ξ↔τ ΘϕûΘ ♣[χÏÚγÓΘτûΤ Τσßλ Θôµ
ΜôΘôςΠ ΣôνûΞ ∆ûΟΥΞν( ΙÚ ùΣηûΠ ∋≅Ξ↔τ
ΘôΥôν ♣[χÏÚγÓΘτûΤ Τσßλ ΘϕûΘ ΜôΘôςΠ
ΣôνûΞ ∆ûΟΥΞν( ƒÚΤΠλ ùΜµÕùΚôηΟôν Φ±ο
≅ΞνΚÞχÏκ ♦[χÏλ Αη ♦ρûΖΚ↓τ ΣôνûΞ
1. 75% ΜôΘôςΠ ΣôνûΞ, 25% ♣[χÏÚγÓΘτûΤ
2. 50% ΜôΘôςΠ ΣôνûΞ, 50% ♣[χÏÚγÓΘτûΤ
3. 25% ΜôΘôςΠ ΣôνûΞ, 75% ♣[χÏÚγÓΘτûΤ
4. 100% ΜôΘôςΠ ΣôνûΞ
Page 54
98. Golden age of fishes
1. Carboniferous period
2. Jurassic period
3. Triassic period
4. Devonian period
ÁτΚ↓τ ùΣôσΚôΩλ
1. ΚôνúΣô±ùΣςυ ΚôΩλ
2. ⊥øςô′χ ΚôΩλ
3. ⁄ûςΥô′χ ΚôΩλ
4. ⁄úΞô±Υτ ΚôΩλ
99. Mating of male parent with its female offspring is known as
1. Species hybridisation
2. Close breeding
3. Line breeding
4. Out breeding
Αη ùΣσú[ôÚχÏλ+ Θτ ùΣηΜϕΘƒχÏλ ΒûΟúΥ
ΡûΟùΣßλ ×Πνε′ûΥ ΒπΞôß ≅ûΨκΣν
1. Β∴δΚρ ΚΩκ♦∴λ
2. ùΡÚδ€Υ Β∴κùΣÚχΚλ
3. úΚôγÓ Β∴κùΣÚχΚλ
4. ×[ Β∴κùΣÚχΚλ
1. Carboniferous period
2. Jurassic period
3. Triassic period
4. Devonian period
ÁτΚ↓τ ùΣôσΚôΩλ
1. ΚôνúΣô±ùΣςυ ΚôΩλ
2. ⊥øςô′χ ΚôΩλ
3. ⁄ûςΥô′χ ΚôΩλ
4. ⁄úΞô±Υτ ΚôΩλ
99. Mating of male parent with its female offspring is known as
1. Species hybridisation
2. Close breeding
3. Line breeding
4. Out breeding
Αη ùΣσú[ôÚχÏλ+ Θτ ùΣηΜϕΘƒχÏλ ΒûΟúΥ
ΡûΟùΣßλ ×Πνε′ûΥ ΒπΞôß ≅ûΨκΣν
1. Β∴δΚρ ΚΩκ♦∴λ
2. ùΡÚδ€Υ Β∴κùΣÚχΚλ
3. úΚôγÓ Β∴κùΣÚχΚλ
4. ×[ Β∴κùΣÚχΚλ
Page 55
100. Long Q-T interval in ECG indicates
1. Myocardial infarction
2. Hyperkalemia
3. Hypokalemia
4. Bundle branch block
ECG ο Q-T ΒûΟùΞ↓ ≅ƒΚΤôΚ ΒÚκ♦τ ≅Õ ΒûΘ
ùΘ↔↑χ€[Õ
1. ûΤúΥôΚôν⁄Υο ΒτΣôνχ_τ
2. ûΣνΚô←♥Υô
3. ûúΣôΚô←♥Υô
4. ΣτΟο ♦ςôτε ♦Ζôχ
1. Myocardial infarction
2. Hyperkalemia
3. Hypokalemia
4. Bundle branch block
ECG ο Q-T ΒûΟùΞ↓ ≅ƒΚΤôΚ ΒÚκ♦τ ≅Õ ΒûΘ
ùΘ↔↑χ€[Õ
1. ûΤúΥôΚôν⁄Υο ΒτΣôνχ_τ
2. ûΣνΚô←♥Υô
3. ûúΣôΚô←♥Υô
4. ΣτΟο ♦ςôτε ♦Ζôχ
Document Details
| Board / Org | APSCHE |
| Exam | Andhra Pradesh Diploma in Elementary Education Common Entrance Test |
| Type | Question Paper |
| Pages | 55 |
| Updated | 22 Jul 2026 |