a feather
Yes it does. Because the apple is still heavier and will get more gravitional pull. And the feather will still weigh less.
In a vacuum, there is no air resistance to slow down the falling objects. Both the feather and the apple will experience only the force of gravity, causing them to fall at the same rate regardless of their mass. This is described by the principle of universal acceleration due to gravity.
It isn't a feather at all. It actually is a leaf. It is linked to the harvestible apple trees, which are new. You are only allowed a certain amount of apple trees per room.
An apple falls faster than a penny. The penny's flat surface creates more wind resistance than the round apple. And as Galileo observed, it depends on wind resistance, not weight.
The net force on the apple is 0.9 N. This is calculated by subtracting the force of air resistance (0.1 N) from the gravitational force (1 N).
they all can float on water and they all have a purpose in life.
An apple has greater density than a soccer ball because an apple is full of fruit and juice, and a soccer ball is full of air.
Apple and Mac Intosh
There is the apple's weight (mass * gravity) but there is also the air resistance acting against the object's weight.
Well, you can eat the normal red apple if you need it. If you need your health to regenerate, you can make the default golden apple by getting 8 golden nuggets, and placing them in a box shape with the apple in the center in the crafting table. If you do the same, but with gold blocks instead of golden nuggets, you can get a much powerful golden apple which will give you resistance, fire resistance, and more regeneration.
That stupid apple
An apple is easier to accelerate than a watermelon primarily due to its smaller mass. According to Newton's second law of motion (F=ma), for a given force, an object with less mass will experience greater acceleration. Additionally, the apple's more compact shape allows for easier application of force compared to the larger and bulkier watermelon, which may have more resistance to changes in motion.