Question

calculate the mass of an object if it is applying force of 125N and produce accleration of 1250 meter second square​

Answer 1

Answer:

0.1 kg

Step-by-step explanation:

Given :

Applies Force = 125 N

Acceleration = 1250 m / sec² .

We have to calculate mass :

We know :

Force = Mass × Acceleration .

or  F = m a

m = F / m

Putting given values :

m =  125 / 1250 kg

m =  1 / 10 kg

m =  0.1 kg .

Hence the mass of object is 0.1 kg .

Answer 2

Answer:

${\bold{\therefore Mass\:of\:object=0.1\:kg}}$

Step-by-step explanation:

${\bold{\huge{\underline{SOLUTION-}}}}$

• In the given question information given about a force that is applied on a object of mass m kg. After applying force object moves with an acceleration of 1250 m/s2.

• We have to find the mass of object.

$\underline \bold{Given : } \\ \implies Force(F) = 125 \: n \\ \implies Acceleration(a) = 1250 \: {ms}^{ - 2} \\ \\ \underline\bold{To \: Find : } \\ \implies Mass \: of \: object(m) =?$

• According to given question :

$\implies F = ma \\ \implies 125 = 1250 \times m \\ \implies m = \frac{125}{1250} \\ \implies m = \frac{1}{10} \\ \bold{\implies m = 0.1 \: kg} \\ \\ \bold{\therefore Mass \: of \: object \: is \: 0.1 \: kg}$