"In The Table Above, What Is The Momentum Of The Jeepney?, A. 6,000 Kg*M/S , B. 40,000 Kg*M/S , C. 20,000kg*M/S, D. 3,000 Kg*M/S, "
"In the table above, what is the momentum of the jeepney?
a. 6,000 kg*m/s
b. 40,000 kg*m/s
c. 20,000kg*m/s
d. 3,000 kg*m/s
"
Answer:
The momentum of the jeepney would be a. 20,000 kg*m/s
Explanation:
Momentum is the quantity of the movement or motion a mass possesses. The magnitude of momentum is dependent on two variables which are mass and its velocity. They are arranged as , wherein p is the variable for momentum. It is read as how much weight is in motion or how fast is the weight going.
How do we solve the problem:
For an easier overview on how we answered the problem, we will present the problem, solution, and answers in GRESA format (Given, Required, Equation, Solution, Answer).
GIVEN:
m = 2,000 kg
v = 10 m/s
REQUIRED:
p = ?
EQUATION:
p = mv
SOLUTION:
p = mv
p = (2,000 kg) (10 m/s)
ANSWER:
20,000 Kg*m/s
The momentum of a 2,000 kg jeepney traveling at 10 m/s is 20,000 Kg*m/s.
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CODE:
9.22.4.1.
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