Biology, asked by my803923, 11 months ago

मछलियों के पंख तथा व्हेल के चप्पू दर्शाते हैं-
(a) समरूपता
(b) समजातता
(c) पूर्वजता
(d) इनमें से कोई नहीं।

Answers

Answered by jitendrafromsiwan

1

Answer:

a) समरूपता दर्शाते हैं।

Previous Question

Next Question

Similar questions

Biology, 5 months ago

longest cell in human body?

Computer Science, 5 months ago

convert decimal into binary 1- 82.75...

English, 5 months ago

Suggested Topics • Success Comes to those who will and dare • Good Deeds Reflect Good Character • Self Centred Generation • Media- Impact on teenagers • Tolerance- Need of the hour • Nature Conservation • Caring for Elderly • Value of sports and games (Article, Speech, Letter to Editor, Informal Letter) ...

Economy, 11 months ago

Q. 3. Identify and explain the concepts from the given illustration : 1) Salma purchased sweater for her father in winter season. 2) Nilesh purchased ornaments for his sister. 3) Kavita consumed five units of oranges one after the other. 4) Bhushan refused to eat fifth chapati after eating four chapatis. 5) Lalita satisfied her want of writing on essay by using pen and notebook...

Math, 11 months ago

Find trigonometric ratios of angles 45,90 0; 30; 60. geometrically...

Physics, 1 year ago

Select One Correct Option from the following: A ring of mass m and radius r is rotatingwith angular speed $\omega$ about a fixed vertical axis passing through its centre O with twopoint masses, each of mass $\frac{m}{8}$ at rest at O. these masses can move radially outwards along massless rods fixed on the ring as shown in the. At some speed of system is...

Physics, 1 year ago

Select One Correct Option from the following: A ray of light travelling in the direction $\frac{1}{2} (\hat{i} +\sqrt{3} \hat{j} )$ is incident on plane mirror. After reflection, it travels along $\frac{1}{2} (\hat{i} -\sqrt{3} \hat{j} )$ . The angle of incidence is (A) $30\°$ (B) $45\°$ (C) $60\°$ (D) $75\°$ .

Physics, 1 year ago

Moi of a uniform square plate of mass m and side a about an axis passing through centre of mass of the square...