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When you drop the apple what are the forces acting on it?
There is the apple's weight (mass * gravity) but there is also the air resistance acting against the object's weight.
You hold an apple over your head Identify all the forces acting on the apple and their reaction forces when you drop the apple identify all the forces acting on it as it falls and the corresponding?
Can someone help me with this question, I am clear with the concept. Thanks
How do you describe forces acting on an apple?
its called gravity person
If an apple is acted on by two forces of 3 N to the left what will be the net force acting on the apple?
6 newtons to the left
When apple is falling the gravitational force is acting but why force of gravity is not acting here?
I have no idea what you mean - the force of gravity acts everywhere.
How did Newton know that an unbalanced force was acting on an apple and on the moon?
Universal gravitation.....
How did newton know that an unbalanced force was acting on the apple an on the moon?
Universal gravitation.....
What Activity begins with a?
Here are some good ones: apple picking adding numbers acting
Who is the Chief Executive Offer of Apple?
The Chief Executive Officer of Apple is Timothy Cook. He joined Apple as their Senior Vice President for Worldwide Operations in March 1998. He was acting as CEO when Steve Jobs went on medical leave and was appointed actual CEO after Steve Jobs died.
Who is the head of the apple computers?
Steve Jobs and Steve Gary Wozniak are head of Apple.
Does apple own any companies?
Yes, they have bought several companies. Most of them have been directly incorporated in to the Apple structure. Some companies, like Filemaker are are acting as a separate company even though they are a fully owned subsidiary
When you hold an apple over your head identify all the forces acting on the apple and their reaction forces?
As its distance from the earths mass centre alters very little during the fall, the force between it and the earth essentially remains the same. During the fall the earth and the apple accelerate toward each other. acceleration = force / mass, so the earths acceleration is incredibly small and the distance moved also.
