Question

3. The mass of a meteor is 35,000 kg. Calculate the net force needed to accelerate the meteor at a rate of 45 m/s2?

Answer 1

Answer:

Explanation:

Given :

• The mass of a meteor (m) = 35000 kg
• Acceleration (a) = 45 m/s²

To Find :

• Net force needed to accelerate the meteor, Fₙₑₜ

Solution :

★Net force (Fₙₑₜ),

Formula of "Net force" is given as ;

$\implies\green{ \sf \: F_{net} = m \times a}$

Now,

$\implies \sf \: F_{net} =35000 \times 45 \\ \\ \implies \sf \red{ F_{net} =1575000 \: N}$

Hence, The net force needed to accelerate the meteor is 1575000 N.

Answer 2

Given:-

$\bigstar$The mass of meteor is 35,000 Kg.

$\bigstar$The acceleration of the meteor is 45 m/s²

To Find:-

$\bigstar$The force needed to accelerate the meteor?

Solution:-

$\bigstar$We are given that the mass of the meteor is 35,000 Kg and the acceleration of the meteor is 45 m/s². We have to find the Force of the meteor. To find the force of the meteor, using formula.

$\\\overbrace{ \underbrace{ \underline{ \boxed{ \frak{\red \bigstar \: Force = Mass × Accleration \: \red \bigstar}}}}}$

$\\ \dashrightarrow \frak {Force} = \tt 35000 \times 45$

$\\ \dashrightarrow \frak {Force} = \tt1,575,000$

$\bigstar$Hence, the force required to accelerate the meteor is 1575000 N.