What net force is necessary to give a 5.0 kg mass that is initially at rest an acceleration of 11 m/s2?

0.45 N
2.2 N
16 N
55 N

Respuesta :

Answer:

option d ) it is 55 newton

Explanation:

we know that

f=m×a (m-mass,a=acceleration)

f=5×11

f=55N

The net force that is necessary to give a 5.0 kg mass that is initially at rest an acceleration of 11 m/s² is 55N. The correct option is the fourth option 55 N

From the question,

We are to determine the net force that is necessary to give a 5.0 kg mass an acceleration of 11 m/s².

From Newton's second law of motion formula

We have that

F = ma

Where

F is force

m is mass

and a is acceleration

From the question

m = 5.0 kg

a = 11 m/s²

Putting these values into the equation

F = ma

We get

F = 5.0 × 11

∴ F = 55 N

Hence, the net force that is necessary to give a 5.0 kg mass that is initially at rest an acceleration of 11 m/s² is 55N. The correct option is the fourth option 55 N.

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