Question

The motion of a body is represented by the following displacement-time graph
1.state the type of motion represented in the body
2.how can the velocity of the body be determined from the below graph ?
3 . how can the velocity of the body be determined from the above graph

Answer 1

Answer:

1 uniform motion which means velocity is increasing uniformly

2 we have to take 2 points and plot their values as d1 and d2 also t1 and t2

then use the formula of velocity

3 same as above

Explanation:

Answer 2

The graph is constant velocity graph.

Given:

The motion of a body.

To find:

1.Type of motion represented in the body .

2.how can the velocity of the body be determined from the below graph.

Explanation:

• The graph represent relation between displacement and time which is linear. That is displacement∝ time.
• The slop of the line is constant so,
• This graph is constant velocity graph.
• That is velocity will not changing with respect to time.
• Take any two point on graph and find slop of equation.
• Slop = $\frac{y_{2} - y_{1} }{x_{2} - x_{1}}$
• This is velocity of graph.

To learn more...

1 Describe motion of body which is accelerating at constant rate of 10m/s^2. If body starts from rest , how much distance will it cover in 2s

https://brainly.in/question/3049075

2 When a force retards the motion of a body.what is the nature of work done by the force.state reason. list 2 examples of such a situation.

https://brainly.in/question/3049075