There are numerous verbs that can be used to express the various actions involved in completing a certain activity. Every single one of these operations alters the object's motion in some way. Is it possible to substitute one or more of these terms? Let's know more:

Source: https://byjus.com/cbse-notes/cbse-class-8-science-notes-chapter-11-force-and-pressure/

Forces exist as a result of an interaction: 

A man is standing next to a parked automobile. What will happen if he gets in the car? If the man now starts pushing the car, he is exerting force on it. When a force is applied to the car, it may begin to move in that direction. The man had to push the car in order to get it going. As a result, we can conclude that the existence of a force is contingent upon the interaction of at least two things. As a result, when two items come into contact with each other, they generate a force.

Examining Forces of Nature:  

An object's mass is increased by applying forces in the same direction. It is the difference between the two forces that acts on an object, if the two forces are acting in different directions. A force can be stronger or smaller than the other, as well as equal to one another. The magnitude of a force is often used as a measure of its power. In addition, the force's direction must be specified. Changing the amplitude or direction of the applied forces can also alter the result.

The state of motion can be altered by an external force: 

Taking a penalty kick in football, for example, requires the player to exert force on the ball. The ball was at rest before it was hit, and as a result, its speed was 0 mph. When a force is applied, the ball moves in a specific direction toward the goal. For example, let us imagine that the goalkeeper is attempting a diving or leaping save. The goalkeeper tries to exert some kind of force on the ball through his actions. He can stop or deflect the ball and prevent a goal from being scored with the force he uses. The ball's speed drops to 0 if the goalkeeper stops it.

These findings suggest that an object's speed may be affected by a force applied to it. The object's speed rises when a force is applied to it in the direction it is moving. The object's speed decreases if the force is applied in the opposite direction of the object's motion.

• Let's look at a few more real-world instances. Volleyball players frequently pass the ball to their teammates in order to score points. To get the ball back to the other end of the court, players may push or smash it. 
• A cricket hitter hits the ball with his or her bat to perform a shot. Are there any circumstances where the ball's motion is altered? All of these examples show how the speed and direction of a moving ball can alter when a force is applied.
• State of motion is a term used to describe a change in the speed or direction of motion of an object. Thus, an object's state of motion can be altered by a force.
• Is it a given that the object's state of motion would change as a result of the application of a force?  Most people know that a lot of time, applying force does not influence the object's movement. Even if you exert your full force on a heavy box, it may not move at all. When you try to push against a wall, there is no noticeable result of force.

Source: https://www.tutorialspoint.com/physics_part1/physics_force_and_pressure.htm

Magnitude is defined as the measurement of the applied force's strength, according to the NCERT Class 8 solutions for Force and Pressure.

The types of forces:

There are basically two types of forces. Some forces are contact forces, whereas others are non-contact forces. So, let’s discuss both these. 

Forces that come into contact with each other:

Muscular and frictional forces are discussed in depth in the chapter on Force and Pressure in Class 8 Science:

The muscular power:

To describe muscular force, one must look at the use of muscles. Bulls and bullock carts are two examples of how this is done. The person's exerted muscular power is the source of all of these acts.

Since the only way two things may interact is through physical contact, this force is called a contact force.

Forces of Friction:

The object's condition can be altered by friction. Moving things are always subject to frictional forces, which always act in the opposing direction of the object's motion. Using a ball as an example, this force can be shown in action. When two surfaces come into touch with each other, friction occurs.

Indirect Forces:

• In terms of non-contact forces, there are three main types: magnetic, electrostatic, and gravitational. Each of these non-contact forces is defined in accordance with Class 8 Force and Pressure.
• When two magnets come into touch with each other, the force exerted by them acts like a push or a pull on the other magnets. Non-contact forces are referred to as such because of this.
• For the purposes of this discussion, electrostatic force refers to the force that can be exerted by a positively charged object on a negatively charged object.
• There are three forces that all objects are subjected to: gravity, kinetic energy, and potential energy. When a coin or a spout of water falls to the ground, it's because of gravity's pull.

Class 8 Force and Pressure concentrates on the notion of pressure, so let's go over it now that we've studied force. The term "pressure" refers to the amount of force exerted on a surface per unit area. As surface area drops, the pressure increases; as surface area increases, it lowers. In order to apply sufficient pressure and force, we utilise the sharp end of a nail to press it against the wall before drilling it in.

Source: https://engg.directory/what-is-difference-between-force-and-pressure

The formula for Pressure is: Force/Area 

                                                       [P=F/A], where F is Force, P is Pressure and A stands for Area

It is the force of liquid and gas pressure. Gases and liquids put pressure on the containers inside walls. Pressure applied by water on a container causes it to leak, for example, if a water bottle has a hole in it. In the same way, gases exert pressure on the containers inside. With air pressure, we can inflate a balloon, but if we fail to seal the entrance, the air will leak out.

Atmospheric pressure:

Atmospheric pressure is the name given to the force exerted by the air surrounding us. Due to the weight of gases in the atmosphere above us, we feel a heightened sense of pressure. Because the pressure in the air is the same as the pressure in our body, we are not suffocated. You may see this in action by pressing a rubber sucker to a surface, which causes all of its air to be expelled, thus it adheres because of its high air pressure.

Intense force is exerted by air pressure. Scientist Otto von Guericke from Germany performed an experiment in which he sucked all the air out of two metal hemispheres to demonstrate his point. In order to separate the globe, the scientist used 16 horses, eight on each side. However, they were unable to do so due to a lack of air and the force of air pressure.

Here are the key points to remember:

• Force can be a push or a pull, depending on the direction in which it is applied.
• Interaction between two items causes a force to exist.
• Force is a combination of both magnitude and direction.
• When an object's velocity or direction of motion changes, so does its state of motion.
• A change in an object's state of motion or shape can be caused by a force operating on it.
• It doesn't matter if a force is acting on an object directly or indirectly.
• Pressure is the measurement of force per unit of area.
• Pressure is exerted on the containers' walls by liquids and gases.
• Atmospheric pressure is the name given to the force exerted by air around us.