X-rays have high energy and can penetrate matter that light cannot.
Answer:
m2
Explanation:
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The factors which are affected will be based on the distance or range between the charged objects A and B
<u>Explanation:</u>
<u>Definition:</u>
- The force, F among the two-point size charges A and B are divided by a range r is given by Coulomb formula.
F=9x10^9 AB/r²
<u>Factors:</u>
- If the range among them is doubled the force will be decreased to 1/4 of the initial value. And if the range is split, the force will be four times.
- If the range among them is tripled, the force will be decreased to 1/9 of the initial value. If the range is decreased to one-third of the new value, the force will rise to Nine times the initial value.
Answer:
For an excellent understanding of the system, we must first consider that everything that all the objects within it are at rest, which implies directly that the initial moment is zero.
From this it is logical to intuit that when applying an external force on the system, the speed of the system will be generated to change.
Thus applying the law of conservation, we understand that
Initial System Moment = Final System Moment.
From this we conclude that the final moment is 0.
Momentum = 0kg-m / s
