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When horse pulls a cart the action is on the... sharts Cut Answer
When horse pulls a cart the action is on the... sharts Cut Answer
When horse pulls a cart the action is on the... sharts Cut Answer
Aristotle's horse-cart theory is a metaphor he used to explain the relationship between motion and change. Similar to how a horse pulls a cart, Aristotle believed that motion is caused by a force or "prime mover" that initiates change in the world. This prime mover is an immutable, eternal being that sets everything else in motion.
There are three forces that are exerted on the horse cart system. They are: weight, pull, and friction.
The speed of cart becomes fast when the horse applies more force
Even though the cart is pulling on the horse with the same force that the horse is pulling on the cart, the weight of the horse, the way it runs, versus the way wheels move, all add up to make the sum of forces on the system move in the direction of the horse.
As the horse exerts greater force, both horse and cart move, accelerating from zero to some velocity. During that acceleration the net forward force on the horse must be greater than the net backward force on the horse. And also, the net forward force on the cart must be greater than the net backward force on the cart. This is from Newton's second law
It is one of Isaac newton's laws, I believe it is the second one. It says that for every force, there is an equal and opposite force. Say you are pulling a cart. If you pull the cart with a force of 10N, the cart pulls on you with a force of 10N (mostly due to friction). If a train hits you with a force of 100,000N, you hit the train with a force of 100,000N; believe it or not.
An enclosed horse drawn carriage is called a "coach". Examples of a "coach" are the Town Coach, Stage Coach, and Mail Coach. A coach often has a hard top (though some have what is called an "auto-top" for lowering, such as a Landau), with glass windows and doors.
It is one of Isaac newton's laws, I believe it is the second one. It says that for every force, there is an equal and opposite force. Say you are pulling a cart. If you pull the cart with a force of 10N, the cart pulls on you with a force of 10N (mostly due to friction). If a train hits you with a force of 100,000N, you hit the train with a force of 100,000N; believe it or not.
It is one of Isaac newton's laws, I believe it is the second one. It says that for every force, there is an equal and opposite force. Say you are pulling a cart. If you pull the cart with a force of 10N, the cart pulls on you with a force of 10N (mostly due to friction). If a train hits you with a force of 100,000N, you hit the train with a force of 100,000N; believe it or not.