Find the time required to cover a distance of 250 km at a speed of 20 $k m / h r$ ?

Open in App

Solution

$d = 250 k m, s = 20 k m / h r$
$t = \frac{d}{s} = \frac{250}{20} = 12.5 h r$

Suggest Corrections

Similar questions

Q. A train moves at a constant speed of

75

km/hr. Find the time required to cover a distance of

250

km.

Q. A train is moves at a uniform speed of

75 k m / h r

Find the time required to cover a distance of

250 k m

A train covers a distance of 600km at km/hr. Had the speed been ( + 20) km/hr, the time taken to cover the distance would have been reduced by 5 hrs. Write down an equation in and solve it to evaluate .

Q. The train covers a distance of 600km at 6km/hr . Had the speed been (x+20)km/hr more , the time taken to cover the distance would have been reduced by 5 hours . Find x .

Q. A train covers a distance of 480 km at a speed of

x

km/hr. If its speed is reduced to

(x - 20)

km/hr, it takes

4

hours more to cover the same distance. Find the value of

x

Join BYJU'S Learning Program

Find the time required to cover a distance of 250 km at a speed of 20km/hr ?

d=250 km,s=20 km/hrt=ds=25020=12.5 hr

Find the time required to cover a distance of 250 km at a speed of 20 $k m / h r$ ?

$d = 250 k m, s = 20 k m / h r$
$t = \frac{d}{s} = \frac{250}{20} = 12.5 h r$