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A body cannot be moved along the arc of a circle by centripetal force. Yet, it is unable to induce rotation.

#### What kind of results do we get from centrifugal force?

The centripetal force acts in a direction that is perpendicular to the velocity and results in circular motion that is uniform. The greater the value of Fc, the lower the radius of curvature r, and the more acutely the curve is defined.

#### Does centripetal force produce torque?

The force vector and the radius vector are both used in the calculation of torque. Because the angle formed by these two vectors during the application of a centripetal force is equal to 180 degrees, the cross product is regarded as being equal to zero. That would be the same as applying force to a door in a direction that is perpendicular to these hinges; there would be no rotation as a result.

#### Which kind of force is it? Are you unable to generate a rotation?

**A torque is said to be static if it does not result in an acceleration of the angular velocity. Because the door is not rotating about its hinges as a result of the force that is being applied to it, the force that is being applied results in a static torque being imparted to the door.**

#### Are you familiar with the force that causes rotation?

The torque or moment is equal to the product of the force and the perpendicular distance to the center of gravity for an unconfined item or to the pivot for an object that is confined. Torque, like force, is a vector variable that, like force, causes rotation. Torque causes rotation in the same way as force causes translation.

#### 8.01x: Lecture 15: Center of Mass, Momentum, and the Conservation of Momentum

** 33 questions found in related categories**

#### What force does not cause any torque?

It is difficult to detect in a straightforward manner the direction in which the net torque is acting around the center of mass. **There is no torque produced by gravity, and the torques produced by friction and normal forces are in opposition to one another.**

#### Is there a difference between centrifugal force and centripetal force?

Both centripetal force and centrifugal force are actually the same force; but, because they are experienced from distinct frames of reference, they act in opposite directions. If you are looking at a rotating system from the outside, you will notice that the rotating body is being constrained to follow a circular path by an inward centripetal force.

#### What is it that makes the door turn?

The pushbars on manual revolving doors cause the doors themselves to rotate, which in turn causes the wings to rotate. In most cases, revolving doors will be equipped with a “speed control” (governor) that will prevent someone from turning the doors at an unsafely high rate. Power supplies for automatic revolving doors can be found either above or below the center shaft or all the way around the perimeter.

#### Is it the force of centrifugation?

When a mass is rotated, an apparent outward force called centrifugal force is exerted on the mass. Think of a ball on the end of a string that is being whirled around, or the outward motion you feel while turning a curve in a car. These are two examples of how rotation can be used to describe rotation. Because the system as a whole is not rotating, an inertial frame will not have any acceleration that is directed outward.

#### What are three examples of the force of centripetal acceleration?

**The following are some illustrations of what the centripetal force looks like in action.**

- Spinning a ball on a thread or twirling a lasso are also examples of this activity. The object is drawn in closer to the rope’s center as a result of the force of tension on the rope.
- Making a turn with a automobile…
- Having the thrill of going around a loop on a roller coaster…
- Planets that go in circles around the sun.

#### Why is there a balance between the centrifugal force and the weight?

f = ma = 0 = C + W; so that C = -W, the centripetal force must be equal and opposite to the weight,… if the only forces acting on a body are centripetal and weight (C and W), and that body under discussion is not moving so that acceleration a = 0, then f = ma = 0 = C + W.

#### Why doesn’t the force of centrifugal acceleration really exist?

In a revolving reference frame, an outward force that manifests itself as centrifugal force is called centrifugal force. When a system is described in relation to an inertial frame of reference, it does not exist… The existence of fake forces, such as the centrifugal force, is brought about when this choice is made.

#### What is an illustration of the centrifugal force?

A force that acts on a moving body at right angles to the direction of motion, causing the body to move in a curved or circular path as a result of the force’s influence. **A satellite in orbit experiences gravity, which is an example of a centripetal force; the friction created by a car’s tires while it is turning also creates a centripetal force on the automobile.**

#### Is nationalism a force that tends to centrifuge?

Nationalism, which may be defined as a deep love for one’s nation as well as undying allegiance to it, is another powerful centrifugal force that has the potential to foster cohesion among the population.

#### In what aspects of life do we make use of centrifugal force?

As a car performs a turn, the centrifugal force that keeps it moving along the curved path it was originally on is required. **The necessary centripetal force is provided by the friction that exists between the tires and the road… Imagine a vehicle that is capable of providing the required centripetal force as it is turning.**

#### What’s the difference between torque and centripetal force?

The centripetal force and the torque are two entirely distinct quantities. **When a torque is applied to the door, it will cause the door to rotate at a faster rate, but the centripetal force will keep the door rotating. The bonds between the molecules in the door are what give the necessary centripetal force to keep the circular motion going. This force is essential to keep the circular motion going.**

#### What constituent parts make up the phenomenon of rotational motion?

**Components of rotating motion include inertia, dampening, and springing.**

#### What exactly is a motion that rotates?

The motion of a rigid body that takes place in such a way that all of its particles move in circles about an axis with a common angular velocity. Also, the rotation of a particle about a fixed point in space.

#### Is there no such thing as centrifugal force?

The centrifugal force is a made-up force that only exists when a particle is travelling around in a circle. It has the same magnitude and dimensions as the force that maintains the particle’s circular route (the centripetal force), but it pushes the particle in the opposite direction.

#### Can gravity be thought of as a centripetal force?

In the theory of Newtonian mechanics, the centripetal force that causes astronomical orbits is provided by gravity. The situation in which a body travels at a constant speed along a circular path is a typical illustration of the force known as centripetal force.

#### The difference between centrifugal force and inertia can be summarized as follows:

The influence of inertia can be seen in every frame of the animation. The idea of “mass” is what we use to describe the tendency of an item that is at rest to stay at rest unless it is disturbed in some way. The term “centrifugal force” refers to a pseudoforce that is included in the equations of motion for a spinning frame that is not inertial. They are not the same thing.

#### If something is rolling along the ground without slipping, what cannot be said about it?

The point of contact between an object and a plane does not change when the object is rolling on the plane without slipping. The linear velocity of an object is denoted by the symbol v, and its angular velocity is denoted by the symbol. The relationship between these two velocities can be mathematically represented as v = R v = R, with R standing for the object’s radius.

#### Which two conditions must be met before one can produce a torque?

A force that is applied to a spot on an item about its axis of rotation is referred to as a torque. The magnitude of a torque is proportional to two factors: (1) the magnitude of the force that is being applied, and (2) the perpendicular distance that the force is from the axis of rotation.

#### Can normal force cause torque?

**The torque caused by normal force is equal and opposite to the torque caused by gravity… The normal force that is acting on the pivot point can assist in supporting the weight of the object, but it is unable to generate a torque because it is not applied at any distance away from the pivot point.**

#### Which five examples best illustrate the concept of centripetal force?

**Some illustrations of the centrifugal force**

- Taking a route that is completely round.
- a turn performed by an airplane while banked.
- The swing set for kids.
- The merry-go-round (sometimes known as a carousel).
- The movement of planets as they revolve around the sun.
- Laundry washer and dryer combo.
- Liquid mirror telescope.
- In a roller coaster, there are loops.