Home
Class 11
BIOLOGY
Which one of the following movement in m...

Which one of the following movement in mammalian skeleton represents the levering of the third order (force applied) at a point between fulcrum and point of resistance

A

Biceps muscle flexing arm at elbow

B

Triceps muscle extending arm at elbow

C

Gastrocnemius muscle raisign weight of the body one toes

D

Movement of head of femur in the acetabulum of pelvic girdle

Text Solution

Verified by Experts

Promotional Banner

Topper's Solved these Questions

  • RESPIRATION AND ENERGY TRANSFER

    NIKITA PUBLICATION |Exercise Example |92 Videos

  • Study of Animal Type - Cockroach

    NIKITA PUBLICATION |Exercise Exercise |50 Videos

Similar Questions

Explore conceptually related problems

Which one of the following compound has the highest boiling point?

Which of the following CORRECTLY represents the increasing order of melting point of the compounds?

Which of the following will have the highest freezing point at one atmosphere ?

Answer the following question on one sentence : State any one factor on which the pressure exerted by a liquid at a point inside the liquid depends.

Every point on the number line represent which of the following numbers?

Answer the following : When big grain storage container is required to slide on the ground , it becomes easier if two persons push it rather than one person . When the force is applied by both in the same direction , the movement is easy . You may have experienced this . what do we understand from this example ?

In the following circuit diagram , an infinite series of resistance is shown . Equivalent resistance between points A and B is

A circular loop has a resistance of 40 Omega . Two points P and Q of the loop, which are one quarter of the circumference apart are connected to a 24V battery, having an internal resistance of 0.5 Omega . What is the current flowing through the battery.

A point at which the whole mass of the body is supposed to be concentrated in order to study the motion of an external force in accordance with Newton's laws of motion is