Question

the wheel of a motorcycle is of radius 35 cm how many Revolution are required to travel a distance of 11 m​

Answer 1

The wheel of motor cycle require 5 revolution to cover the distance of 11 m

Step-by-step explanation:

Given : The radius of the  motorcycle wheel = 35 cm

To find: number of revolution to travel a distance of 11 m

As we know the circumference of circle is given by

$C = 2 \pi r$

where r is the radius of circle and C is circumference of circle

Now as given r = 35cm

So

$C= 2\times \dfrac{22}{7} \times 35= 220 cm$

Distance covered in one revolution = 220 cm

Total distance = 11 m = 11 x 100 cm = 1100 cm

$\text { Number of revolution } = \dfrac{ \text { Total distance}}{\text { Distance in one revolution } }= \dfrac{1100}{220} = 5$

Hence the wheel of motor cycle require 5 revolution to cover the distance of 11 m

#Learn more

Find the number of revolution taken by the wheel of a truck to cover a distance of 78.5 km if the diameter of wheel is 1m. π=(3.14)

brainly.in/question/2359316

Answer 2

The wheel of motor cycle require 5 revolution to cover the distance of 11 m

Step-by-step explanation:

Step-by-step explanation

Given : The radius of the  motorcycle wheel = 35 cm

To find: number of revolution to travel a distance of 11 m

As we know the circumference of circle is given by

C = 2 \pi rC=2πr

where r is the radius of circle and C is circumference of circle

Now as given r = 35cm

So

C= 2\times \dfrac{22}{7} \times 35= 220 cmC=2×722×35=220cm

Distance covered in one revolution = 220 cm

Total distance = 11 m = 11 x 100 cm = 1100 cm

\text { Number of revolution } = \dfrac{ \text { Total distance}}{\text { Distance in one revolution } }= \dfrac{1100}{220} = 5 Number of revolution = Distance in one revolution  Total distance=2201100=5

Hence the wheel of motor cycle require 5 revolution to cover the distance of 11 m

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