You can't compare the mass and the weight. They are different types of things, so comparing them is like comparing, say, a unit of length (like the meter, or foot) with a unit of time (like the second, or hour). Therefore, it doesn't make sense of saying that the mass is "equal to" or "different from" the weight.
Some Objects May Weight The Same But Sometimes They Don't But What Im Trying To Say Is That Some Specific Objects Don't Weight The Same
Most likely because they're the same weight. Objects can have completely different masses and have the same weight.
Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.
False. The question says "... regardless of size and weight ...", but it is weight that is the force of gravitybetween the object and the earth. So when the weight is different, the force is different, by definition.
It would be possible to make almost any object to a weight 175 gm.
Who found (discovered) that objects of different mass and weight fall at the same rate
Some Objects May Weight The Same But Sometimes They Don't But What Im Trying To Say Is That Some Specific Objects Don't Weight The Same
It is possible for objects weight's to change, while its mass remains constant.
Not possible for most objects, since there is no relationship between weight and length.
Most likely because they're the same weight. Objects can have completely different masses and have the same weight.
No. Different objects have different weight and weight affects the speed of the objects because of some factors like wind currents, kinetic energy putted in a certain object, etc.
Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.Repeat Galileo's experiment: drop two objects of different weight, from a tall building. Don't make the objects too small, otherwise, air resistance will interfere with your experiments.
Because different planets have different mass, which means that gravity is weaker or stronger depending on the mass. If gravity is stronger than objects will have more weight, and if it's weaker they will have less weight.
False. The question says "... regardless of size and weight ...", but it is weight that is the force of gravitybetween the object and the earth. So when the weight is different, the force is different, by definition.
Sure. You can measure the weight of each of the objects, then subtract. Or you can put the objects on both sides of a pulley; this lets you directly measure the difference in weight.
It would be possible to make almost any object to a weight 175 gm.
informal balance.