Question

A bowling ball roll 33m with an average speed of 2.5 m/s how many second did ball roll

Answer 1

Answer:

13.2 seconds

Explanation:

Given :

• Distance travelled by the bowling ball = 33 metres

• Average speed of the bowling ball = 2.5 m/s

To find :

• Time taken by the bowling ball to roll

Formula time :

$average \: speed = \frac{total \: distance}{total \: time}$

Here,

Average speed = 2.5 m/s

Distance travelled = 33 metres

So,

$2.5 = \frac{33}{time}$

Time = 33/2.5

Time = 13.2 seconds

The time taken by the bowling ball to roll down is equal to 13.2 seconds

Answer 2

${ \huge{ \bold{ \underline{ \underline{ \orange{Question:-}}}}}}$

A bowling ball roll 33m with an average speed of 2.5 m/s how many second did ball roll..

_______________

${ \huge{ \bold{ \underline{ \underline{ \purple{Answer:-}}}}}}$

✒Given : -

• Total Distance Travelled = 33m
• Average Speed = 2.5m/s

✒To Find : -

• Total time taken = ?

✒Formula Used : -

$\leadsto\sf{{ \small{ \bold{ \bold{ \bold{ \blue{Average\:Speed=\dfrac{Total\:Distance}{Total\:Time}}}}}}}}$

✒On Substituting Values : -

$\dashrightarrow\sf{2.5=\dfrac{22}{T}}$

$\dashrightarrow\sf{Time=\dfrac{33}{2.5}}$

$\dashrightarrow\sf{Time=13.2\:sec.}$

✒Therefore , Time taken by the bowling car is 13.2 sec. ..