If the force is gravity, the answer is yes. Gravity "pulls" on an object in proportion to its mass. A heavier (more massive) object is pulled on by gravity more than a lighter (less massive) object. A football tackle is pulled on by gravity more than the average grade school student.
Well, gravitationally speaking . . .
-- If the two masses are alone out in space and just attracting each other, then
the gravitational force on each one attracting it to the other one is the same.
-- If the masses are in the presence of another mass that's way more massive
than they are ... like for example they're both on the same planet ... then the
gravitational force between the planet and any object is proportional to the
object's mass. The force on a less massive object will be less than the force
on a more massive object.
That's just an obfuscatory way of saying: Objects with more mass weigh more.
No. Weight, which is the force due to gravity, is proportional to mass, so a more massive object (in the same gravity field) weighs more than a less massive object.
they would weigh more. more gravity= more weightadd. With a smaller gravity, they would weigh LESS.
If the MASS of the 1st Object in a COLLISION is too small to generate a FORCE large enough to overcome the INERTIA of the 2nd Object, then the more massive Object will not move. This could make it look like the more massive object is not REACTING to the Collision.
9.7% less than you weigh on Earth, 138% more than you weigh on Mars.
no
Move more quickly.
It weighs more on the earth. The moon is much less massive than earth, so it attracts objects with a smaller force.
It weighs more on the earth. The moon is much less massive than earth, so it attracts objects with a smaller force.
they would weigh more. more gravity= more weightadd. With a smaller gravity, they would weigh LESS.
True. An object in motion tends to stay in motion, and an object at rest tends to stay at rest.
The mass will definitely weigh less as the moon is less massive than the Earth and hence the Gravity of the Moon will be lesser than Earth. The object's weight will be 1/6 times that on Earth.
If the MASS of the 1st Object in a COLLISION is too small to generate a FORCE large enough to overcome the INERTIA of the 2nd Object, then the more massive Object will not move. This could make it look like the more massive object is not REACTING to the Collision.
Seeing as a bouncy beach ball is larger than many small things that weigh more, such as a stool, and plenty of other objects are larger and weigh less, no.
Statistically it weighs the same, but it feels less when it is submerged underwater.
For an object that is already a solid the change in its temperature does not affect its weight by any noticeable amount. The only change would result from the volume decrease as the object contracts when cooled. By occupying less space, it would displace less air and that would decrease the buoyancy of the object. That, though, would cause the object to weigh (slightly) more.
Accelerate less than the object with the smaller mass, as per Newton's 2nd Law.
For example, if you push a canoe for 10 seconds with a certain force, and if you push an ocean liner for 10 seconds with the same force, the canoe will be moving faster, because it has less mass.
yep the same as thing happens aon erth