Internal energy is<span> the </span>energy<span> associated with the random, disordered motion of molecules. This energy </span><span>can not be transferred. whereas. </span>thermal energy<span> is the </span>energy<span> due to temperature </span>difference<span>. </span>
Thermal energy<span> is the </span>energy that comes due to temperature difference. It comes from heat generated by the movement of tiny particles within an object. The faster these particles move, the more heat is generated.
The relationship between the heat, the internal energy and the thermal energy is the motion, whether of molecules (internal energy) or of particles (thermal energy).
I think neon because it is all the way to the right
Explanation:
Heat = mc(change in temp.)
m=mass , c = specific heat
Rate of flow of heat = heat current = kA/L(T2-T1)
So, mass = density×volume
So, mc(T2-T1)/time =
kA/L(T2-T1)
Substitute the values given as there are a lot of values missing, so the answer can not be obtained.
Answer:
The phrases the describe the situation are A and C
Explanation:
1- If a car is at rest or uniform motion, it will remain in that condition until an external force acts on it. If the external forces acting on a body are balanced , it means that their sum is equals to 0, which eventually results that no Net force is acting on it.
For balance forces, ∑F = 0
2- If the car moving at a constant speed is slowing down, it means that the forces have become unbalanced, eventually resulting in a Net force in the opposite direction of the motion of the car, due to which it is slowing down
For unbalanced forces, ∑F ≠ 0
The question satisfies 2, which is the answer
45) B) Vaporizing water at its boiling point
46) D) There is no change in temperature
47) B) Molecules must be pulled apart
48) D) Steam at 100 C
Hope this helps!
