Which is the formula that discribes the magnirudeA. impulse = mass × velocityB. impulse = mass × accelerationC. impulse = mass × change in velocityD. impulse = mass × (velocity) 2 × 0.5

Answer:Option C. Impulse = mass × change in velocityExplanation:Impulse is defined by the following the following formula: Impulse = force (F) × time (t)Impulse = FtFrom Newton's second law of motion,Force = change in momentum /timeCross multiply Force × time = change in momentumRecall: Impulse = Force × timeThus,Impulse = change in momentumRecall:Momentum = mass x velocityMomentum = mvChang in momentum = mass × change in velocityChange in momentum = m Δ vThus,Impulse = change in momentumImpulse = mass × change in velocity

"Which is the formula that discribes the magnirudeA...." was answered by our experts

College
Physics
Advanced Physics

Chaim Ferguson

Answered question

2022-10-27

Which is the formula that discribes the magnirude
A.

impulse = mass \times velocity

impulse = mass \times acceleration

impulse = mass \times change in velocity

impulse = mass \times {(velocity)}^{2} \times 0.5

Answer & Explanation

ipa1rafd

Beginner2022-10-28Added 11 answers

Answer:
Option C.

Impulse = mass \times change in velocity

Explanation:
Impulse is defined by the following the following formula:

Impulse = force (F) \times time (t)

Impulse = Ft
From Newton's second law of motion,
Force = change in momentum /time
Cross multiply

Force \times time = change in momentum

Recall:

Impulse = Force \times time

Thus,
Impulse = change in momentum
Recall:
Momentum = mass x velocity
Momentum = mv
Chang in momentum = mass × change in velocity
Change in momentum

= m Δ v

Thus,
Impulse = change in momentum
Impulse = mass × change in velocity

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