Rajdhini express moves at a speed of $150 k m / h$ . How long will it take to cover a distance of $15 k m$ ?

Question

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Answer 1

Given,
Speed $v = 150 k m / h$
distance cover = displacement $d = 15 k m$ (Assume express is not changing its direction)

$V e l o c i t y (V) = \frac{D i s p l a c e m e n t ( d )}{t i m e ( t )}$

$t = \frac{d}{V} = \frac{1 5}{1 5 0} = 0.1 h r$

Time taken $t = 0.1 h r$ Option A

Answer 2

Given,

Speed

v = 150 k m / h

distance cover = displacement

d = 15 k m

(Assume express is not changing its direction)

V e l o c i t y (V) = \frac{D i s p l a c e m e n t ( d )}{t i m e ( t )}

t = \frac{d}{V} = \frac{1 5}{1 5 0} = 0.1 h r

Time taken

t = 0.1 h r

Option A

Rajdhini express moves at a speed of $150 k m / h$ . How long will it take to cover a distance of $15 k m$ ?

$0.1 h$

$1.125 h$

$2.125 h$

$3.125 h$

Given,
Speed $v = 150 k m / h$
distance cover = displacement $d = 15 k m$ (Assume express is not changing its direction)

$V e l o c i t y (V) = \frac{D i s p l a c e m e n t ( d )}{t i m e ( t )}$

$t = \frac{d}{V} = \frac{1 5}{1 5 0} = 0.1 h r$

Time taken $t = 0.1 h r$ Option A

With what speed should a bus travel so that it can cover a distance of 10 km in 5 min?

Express $15 m / s$ in $k m / h$ .

With what speed should a car travel so that it can cover a distance of 5 km in 5 min?

A scooterist covers a distance of 3 km in 5 minutes. He travels with a speed of

A car covers a distance of $2 k m$ in $2.5$ minutes. If it covers half of the distance with speed $40 k m / h r$ , the rest distance it shall cover with a speed of:

Revise with Concepts

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Basic Introduction to Velocity

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Instantaneous Velocity and Instantaneous Speed

Velocity - Time Graph

Rajdhini express moves at a speed of 150 km/h. How long will it take to cover a distance of 15 km?

0.1 h

1.125 h

2.125 h

3.125 h

Given,Speed v=150 km/hdistance cover = displacement d=15 km (Assume express is not changing its direction) Velocity (V)=time (t)Displacement (d)​ t=Vd​=15015​=0.1 hr Time taken t=0.1 hr Option A

With what speed should a bus travel so that it can cover a distance of 10 km in 5 min?

Express 15 m/s in km/h.

With what speed should a car travel so that it can cover a distance of 5 km in 5 min?

A scooterist covers a distance of 3 km in 5 minutes. He travels with a speed of

A car covers a distance of 2 km in 2.5 minutes. If it covers half of the distance with speed 40 km/hr, the rest distance it shall cover with a speed of:

Revise with Concepts

Speed

Understanding Uniform and Non-Uniform Motion

Basic Introduction to Velocity

Average Speed and Average Velocity

Instantaneous Velocity and Instantaneous Speed

Velocity - Time Graph

Rajdhini express moves at a speed of $150 k m / h$ . How long will it take to cover a distance of $15 k m$ ?

$0.1 h$

$1.125 h$

$2.125 h$

$3.125 h$

Given,
Speed $v = 150 k m / h$
distance cover = displacement $d = 15 k m$ (Assume express is not changing its direction)

$V e l o c i t y (V) = \frac{D i s p l a c e m e n t ( d )}{t i m e ( t )}$

$t = \frac{d}{V} = \frac{1 5}{1 5 0} = 0.1 h r$

Time taken $t = 0.1 h r$ Option A

Express $15 m / s$ in $k m / h$ .

A car covers a distance of $2 k m$ in $2.5$ minutes. If it covers half of the distance with speed $40 k m / h r$ , the rest distance it shall cover with a speed of: