- Mass ( m ) of the body = 4,500 kg
- velocity of the body = 20 m/s
- kinetic energy (ke) = ??
★ <u>Calculating the kinetic energy</u>;
Where ,
- (Ke) = kinetic energy.
- m = mass
- v = velocity
hence the kinetic energy (ke) is 9,00,000 Joules...!!
The distance between tow objects is increased by 3 times the original distance. How will this change the force of attraction bet
1 answer:
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Answer:
0.42×10^{-4} m^2
Explanation:
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The Inertia is 22. 488 kg. m² and the speed just before it hits the ground is 6. 4 m/s
<h3>How to determine the inertia</h3>
Using the formula:
I = 1/2 M₁R₁² + 1/2 M₂R₂²
Where I = Inertia
I = 1/2 * 0.810* (2. 60)² + 1/2 * 1. 58 * (5)²
I = 1/2 * 5. 476 + 1/2 * 39. 5
I = 2. 738 + 19. 75
I = 22. 488 kg. m²
To determine the block's speed, use the formula
v =
v =
v =
v = 6. 4 m/s
Therefore, the Inertia is 22. 488 kg. m² and the speed just before it hits the ground is 6. 4 m/s
Learn more about law of inertia here:
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