Nop.
The mass and the volume are related by the density of the object across:
density = mass / volume
So, given the mass, the volume is strictly determined by the density. For example, iron is much denser than wheat. 1 kg of iron has a volume, then, smaller than 1 kg of wheat.
In fact, the heavier the object, usually the smaller the volume. This is a consequence of gravitation force. The heaviest objects in the Universe (neutron stars, black holes...) are, in spite of their mass, very very small in volume. One tea spoon of a neutron star has a weight of, more or less, 1 billion of kg.
Friction inhibits the motion of objects.
Objects will always be pulled to the center of the mass.
Because gravity always tried to pull objects towards the centre of the earth !
no
same object
Volume is the amount of area an object takes up. If their volumes are equal, their mass (weight) can be different or the same, so you can't always be sure.
False
No, it cant
True
The heaviest sediment will always be deposited first. Which sediment is the heaviest in that flowage can vary widely.
objects just dont come up with melting points. to the smallest piece of iron to the largest the melting point is always going to be the same no matter what
no
Friction inhibits the motion of objects.
Yes it is always the largest city in that state
The longest side of a triangle is always opposite to its largest angle.
not always it depends
Heat always flows from warmer objects to cooler objects.