Given distance $(S)$ -time $(t)$ graph represents motion with :

Question

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Answer 1

In the given graph the object travels equal distances in equal intervals of time.
Hence, the body possess uniform velocity.
Option A is the correct answer.

Answer 2

In the given graph the object travels equal distances in equal intervals of time.
Hence, the body possess uniform velocity.
Option A is the correct answer.

Given distance $(S)$ -time $(t)$ graph represents motion with :

uniform velocity

uniform acceleration with initial velocity

uniform retardation with steady rate

none of the above

In the given graph the object travels equal distances in equal intervals of time.
Hence, the body possess uniform velocity.
Option A is the correct answer.

Given acceleration ( $a$ )-time ( $t$ ) graph represents motion with :

Given image represents motion with

The given Figure represents the displacement ( $x$ ) time ( $t$ ) graph for a particle in one dimensional motion.
Which of the figure given below represents the variation in velocity of the particle with time

Which of the following velocity ( $V$ ) - time ( $t$ ) curves do not represent motion of a body?

Given is the graph of acceleration $(a)$ -time $(t)$ represents motion with

Revise with Concepts

Understanding Graphs and Basics of Distance-Time Graphs

Given distance (S)-time (t) graph represents motion with :

uniform velocity

uniform acceleration with initial velocity

uniform retardation with steady rate

none of the above

In the given graph the object travels equal distances in equal intervals of time. Hence, the body possess uniform velocity. Option A is the correct answer.

Given acceleration (a)-time (t) graph represents motion with :

Given image represents motion with

The given Figure represents the displacement (x) time (t) graph for a particle in one dimensional motion. Which of the figure given below represents the variation in velocity of the particle with time

Which of the following velocity (V) - time (t) curves do not represent motion of a body?

Given is the graph of acceleration (a)-time (t) represents motion with

Revise with Concepts

Understanding Graphs and Basics of Distance-Time Graphs

Given distance $(S)$ -time $(t)$ graph represents motion with :

In the given graph the object travels equal distances in equal intervals of time.
Hence, the body possess uniform velocity.
Option A is the correct answer.

Given acceleration ( $a$ )-time ( $t$ ) graph represents motion with :

The given Figure represents the displacement ( $x$ ) time ( $t$ ) graph for a particle in one dimensional motion.
Which of the figure given below represents the variation in velocity of the particle with time

Which of the following velocity ( $V$ ) - time ( $t$ ) curves do not represent motion of a body?

Given is the graph of acceleration $(a)$ -time $(t)$ represents motion with