The graph depicts the velocity of an object at various times during its motion. The shaded portion of the graph has an area equal to

Question

The graph depicts the velocity of an object at various times during its motion. The shaded portion of the graph has an area equal to (A) the average acceleration (B) distance moved during uniform motion (C) distance moved during accelerated motion (D) the average velocity

Tardigrade Admin · Accepted Answer

The area below the v-t graph shows displacement. The shaded area is below the portion of the graph which has a positive slope. The positive slope of v-t graph shows accelerated motion. Here shaded area depicts distance moved during accelerated motion.

Q. The graph depicts the velocity of an object at various times during its motion. The shaded portion of the graph has an area equal to

the average acceleration

distance moved during uniform motion

distance moved during accelerated motion

the average velocity

The area below the $v - t$ graph shows displacement. The shaded area is below the portion of the graph which has a positive slope. The positive slope of $v - t$ graph shows accelerated motion. Here shaded area depicts distance moved during accelerated motion.

Q. The graph depicts the velocity of an object at various times during its motion. The shaded portion of the graph has an area equal to

the average acceleration

distance moved during uniform motion

distance moved during accelerated motion

the average velocity

The area below the v−t graph shows displacement. The shaded area is below the portion of the graph which has a positive slope. The positive slope of v−t graph shows accelerated motion. Here shaded area depicts distance moved during accelerated motion.

The area below the $v - t$ graph shows displacement. The shaded area is below the portion of the graph which has a positive slope. The positive slope of $v - t$ graph shows accelerated motion. Here shaded area depicts distance moved during accelerated motion.