The Internet is rife with problem worksheets that are claiming to be the answer to Newton’s Second Law of Motion. Many of these sites promise an easy solution to the problem of lifting heavy objects. However, very few sites offer any sort of answer for this problem. The following worksheet is designed to provide an answer to the problem of lifting heavy objects.
In order to make sure that you understand the rules of this worksheet you must first review the secondary definitions of different objects. An object is something that we can see. An object is also something that we can touch. You will also notice that there are two different types of objects. These types are rigid and semi-rigid.
Now that you know the definitions of all objects let’s look at the definition of a device. When it comes to mechanical devices the base that you need to build your system on is steel. If you are building a system on steel then you must have a plate base because a plate base needs to be able to support the weight of the system.
The problem when it comes to lifting a large object is that you need to move from one position to another. You cannot lift the object by moving from one position to another. This is due to Newton’s Second Law of Motion. There are two ways that a system can move.
The first way that a system can move is that it can be pushed. A mechanical device such as a lever or a pulley can push an object. Another way that a system can move is that it can be pulled. This can be done by a lever or a chain.
Newton’s Second Law of Motion states that in order for a system to have momentum it must have two points in which the force of gravity is applied. Two points, in which the force of gravity is applied is referred to as a pivot point. In order for a system to have momentum the force of gravity must be applied at that pivot point. The force of gravity is referred to as the force of the acceleration of the system.
It is important to note that in most worksheets that are used in the process of solving these motion problems the force of gravity is not used. The reason why this is the case is because gravity is not a physical force. If you use a device such as a lever or a chain to work the system, you will still experience the same results because the system is not working with any form of force.
Using a device such as a chain to work a system will work long ways towards solving the problem of lifting heavy objects. However, if you do not use any form of force you will be left with the problem of balancing the weight of the object that you wish lift.
