Question

To make a block move on a table, you need to push it in the direction of the desired motion. In most cases, you push in the direction you want the block to move. If you want the block to move to the right, you push it to the right. If you want it to move to the left, you push it to the left. The direction of your push determines the direction of the block's motion due to the application of force.

Answer 1

The direction of the force applied to an object determines the direction of the object's motion, in accordance with Newton's First Law of Motion. This principle is fundamental to the study of Physics, particularly mechanics.

Step-by-step explanation:

The student's question involves the concept of force and motion, typical of Physics. To make a block move on a table, force is applied. This force, whether it's a push or a pull, imparts motion to the block. The direction in which you push the block determines the direction of its motion, representing Newton's First Law of Motion: an object in motion stays in motion with the same speed and in the same direction unless acted upon by an unbalanced force.

So, if you push the block to the right, the block moves to the right. Similarly, if you push the block to the left, it moves to the left. The correlation between the direction of force and the subsequent motion of an object is a fundamental concept in Physics, specifically in the study of mechanics.

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