yes, they fall at different speeds because of friction due to air molecules. In a vacuum they would fall at the same speed.
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.
-- form them from substances with different densities Example: a small stone and a large ball of cotton
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
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.
People have different weight on different planets or the moon due to variations in gravitational pull. Gravity is weaker on the moon and certain planets compared to Earth, resulting in a person weighing less. Weight is a measure of the gravitational force acting on an object, so it changes based on the strength of gravity.
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.
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.
informal balance.
The reason is because the mass is like the volume and the weight is like how heavy an object is.
That is because Earth has more gravity. Weight = mass x gravity.
No. In a vacuum, the weight of an object will be the product their mass, times the gravity. In other words, objects with different masses will have different weights.