Match column I with column II, and choose the correct combination from the options given below. Column I Column II a. Monocistronic gene 1. Prokaryotes b. Polycistronic gene 2. Eukaryotes c. Exons 3. Coding sequences d. Introns 4. Intervening sequences

Question

Match column I with column II, and choose the correct combination from the options given below. Column I Column II a. Monocistronic gene 1. Prokaryotes b. Polycistronic gene 2. Eukaryotes c. Exons 3. Coding sequences d. Introns 4. Intervening sequences (A)  (a)-(1), (b)-(2), (c)-(3), (d)-(4),  (B)  (a)-(1), (b)-(2), (c)-(4), (d)-(3),  (C)  (a)-(2), (b)-(1), (c)-(3), (d)-(4),  (D)  (a)-(2), (b)-(1), (c)-(4), (d)-(3),

Tardigrade Admin · Accepted Answer

Correct answer is (c) (a)-(2), (b)-(1), (c)-(3), (d)-(4),

Q. Match column I with column II, and choose the correct combination from the options given below.

Column I Column II

a. Monocistronic gene 1. Prokaryotes

b. Polycistronic gene 2. Eukaryotes

c. Exons 3. Coding sequences

d. Introns 4. Intervening sequences

$(a) - (1), (b) - (2), (c) - (3), (d) - (4),$

$(a) - (1), (b) - (2), (c) - (4), (d) - (3),$

$(a) - (2), (b) - (1), (c) - (3), (d) - (4),$

$(a) - (2), (b) - (1), (c) - (4), (d) - (3),$

Correct answer is (c) $(a) - (2), (b) - (1), (c) - (3), (d) - (4),$

Column I		Column II
a.	Monocistronic gene	1.	Prokaryotes
b.	Polycistronic gene	2.	Eukaryotes
c.	Exons	3.	Coding sequences
d.	Introns	4.	Intervening sequences

Q. Match column I with column II, and choose the correct combination from the options given below. Column I Column II a. Monocistronic gene 1. Prokaryotes b. Polycistronic gene 2. Eukaryotes c. Exons 3. Coding sequences d. Introns 4. Intervening sequences

(a)−(1),(b)−(2),(c)−(3),(d)−(4),

(a)−(1),(b)−(2),(c)−(4),(d)−(3),

(a)−(2),(b)−(1),(c)−(3),(d)−(4),

(a)−(2),(b)−(1),(c)−(4),(d)−(3),