Advertisements
Advertisements
Question
Draw distance-time graph to show:
Uniform velocity
Advertisements
Solution
As uniform velocity means slope of line should be constant throughout the motion so this graph also represents uniform velocity
APPEARS IN
RELATED QUESTIONS
Show by means of graphical method that: v = u + at, where the symbols have their usual meanings.
Given alongside is the velocity-time graph for a moving body :
Find :
(i) Velocity of the body at point C.
(ii) Acceleration acting on the body between A and B.
(iii) Acceleration acting on the body between B and C.
Study the speed-time graph of a car given alongside and answer the following questions:
(i) What type of motion is represented by OA ?
(ii) What type of motion is represented by AB ?
(iii) What type of motion is represented by BC ?
(iv) What is the acceleration of car from O to A ?
(v)What is the acceleration of car from A to B ?
(vi) What is the retardation of car from B to C ?
A body at rest is thrown downward from the top of the tower. Draw a distance – time graph of its free fall under gravity during the first 3 seconds. Show your table of values starting t = 0 with an interval of 1 second, (g = 10 ms−2).
From the velocity – time graph given below, calculate acceleration in the region AB.
Draw the speed-time graph of a body when its initial speed is not zero and the speed increases uniformly with time.
What can you conclude if the speed-time graph of a body is a curve moving upwards starting from the origin?
Draw distance-time graph to show:
Increasing velocity
Derive the equation
S = ut+ `1/2` at2
Using a speed- time graph
State whether true or false. If false, correct the statement.
If the velocity – time graph of a particle is a straight line inclined to X-axis then its displacement – time graph will be a straight line.
