D.) 5kg
This is a trick question. The mass of an object does not change based in location. However the weight of an object does change, this is because Weight = Mass × Gravity. Also mass is measured in kilograms and so the answer is 5 kg. So if you ever want to lose weight just go to the moon!
Answer:
undergoes a transition to a quantum state of lower energy
Explanation:
When electrons in an atom move to another quantum state, they emit/absorb a photon according to the following:
- If the electron is moving to a higher energy state, it absorbs a photon (because it needs energy to move to a higher energy level, so it must absorb the energy of the photon)
- if the electron is moving to a lower energy state, it emits a photon (because it releases the excess energy)
In particular, the energy of the absorbed/emitted photon is exactly equal to the difference in energy between the two levels of the electron transition:

Answer:
mass is directly proportionate to magnetic force.
Explanation:
the more mass the more magnetic force
Force = G · m₁ · m₂ / r²
In all SI units . . .
[ newton ] = [ G ] · [kg] · [kg] / [meter²]
But 'newton' is kg-m / s²
So the formula says
[ kg-m / s² ] = [ G ] · [kg] · [kg] / [meter²]
Divide each side
by kg² : kg-m / s²-kg² = [ G ] / meter²
Multiply each side
by meter² : kg-m-m² / s²-kg² = G
Cancel 'kg' from
top and bottom: m-m² / s²-kg = G
Clean it up: <span> [ G ] = m³ / kg - s² <==
Check:
Look up "Gravitational constant" on-line:
</span>Gravitational constant = 6.67408 × 10-11 m³ kg⁻¹ s⁻² <== yay !<span />