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VARVARA [1.3K]
3 years ago
11

Consider two rocks with masses of 1 and 10 kilograms. What is the relation between their inertias? Between their masses? Between

their weights on Earth?
Physics
1 answer:
FinnZ [79.3K]3 years ago
7 0
The greater mass the object has the greater its inertia would be. As inertia becomes greater, the same happens with the force which is needed stop motion. Linear motion and rotational motion are quite different, because the first one depends only on mass while the second embraces mass, size and shape of an object. According to the information I shared, one will not be able to stop 10 kg mass due to far greater inertia than object of 1kg mass.

Hope you will find it helpful.
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Explain the difference between a government Law and a Law of Science
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A 20-kg boy slides down a smooth, snow-covered hill on a plastic disk. The hill is at a 10° angle to the horizontal, and the slo
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13 m/s

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2 years ago
What is the net torque on the square plate, with sides 0.2 m, from each of the three forces? F1=18 N, F2=26 N, and F3=14 N. Use
marshall27 [118]

Answer:

The net torque on the square plate is 2.72 N-m.

Explanation:

Given that,

Side = 0.2 m

Force F_{1}=18\ N

Force F_{2}=26\ N

Force F_{3}=14\ N

We need to calculate the torque due to force F₁

Using formula of torque

\tau_{1}=-F_{1}d_{1}

\tau_{1}=-F_{1}\times\dfrac{a}{2}

Put the value into the formula

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Using formula of torque

\tau_{2}=F_{2}d_{2}

\tau_{2}=F_{2}\times\dfrac{a}{2}

Put the value into the formula

\tau_{2}=26\times\dfrac{0.2}{2}

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Using formula of torque

\tau_{3}=F_{3}d_{3}

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\tau=\tau_{1}+\tau_{2}+\tau_{3}

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3 years ago
What are the physical and chemical properties of sodium?
Hitman42 [59]

Answer:

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Lenntech Water treatment & purification

Toggle navigation

Home Periodic table Elements Sodium

Sodium - Na

Chemical properties of sodium - Health effects of sodium - Environmental effects of sodium

Atomic number

11

Atomic mass

22.98977 g.mol -1

Electronegativity according to Pauling

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Ionic radius

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Isotopes

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Electronic shell

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Energy of first ionisation

495.7 kJ.mol -1

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