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All the matter, energy, and space that makes up billions of galaxies is...
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
Many solar systems held together by gravity is...
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
Weight is best described as
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
Mass is best described as
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
What unit is used to measure mass in physics?
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
There are two planet size objects. If the distance between them increases their gravitational pull on each other will
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
What unit is used to measure the force of gravity on an object?
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
Two objects with different masses on Earth fall to the ground at the same rate because
The amount matter (atoms) that make up an object.
the universe
a force caused by gravity pulling on an object.
kilograms (kg)
decrease
a galaxy.
Newtons (N)
the curve of Earth's gravity is the same for both of them.
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