Terminal velocity is defined as the highest velocity attained by an object falling through a fluid. It is observed when the sum of drag force and buoyancy is equal to the downward gravity force acting on the object. The acceleration of the object is zero as the net force acting on the object is zero.

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## What is terminal velocity write its formula?

The terminal velocity can be calculated using the terminal velocity formula, Vt=√2mgρACd V t = 2 m g ρ A C d , where: Vt V t : Terminal velocity.

## How do you remember terminal velocity?

- m = mass of the falling object.
- g = the acceleration due to gravity.
- ρ = the density of the fluid the object is falling through.
- A = the projected area of the object.
- C = the drag coefficient.

## What are the factors of terminal velocity?

The factors affecting the terminal velocity of an object include: its mass. its surface area. the acceleration due to gravity , g.

## What is example of terminal velocity?

If a marble drops into the viscous liquid, it moves down, and after a certain time, when the drag force and the downward force become equal, it gains a constant value of velocity that will be maximum during its movement. It is a terminal velocity example.

## What is the unit for terminal velocity?

Vt is terminal velocity, in (m/s) g is acceleration of gravity, in (m/s2)

## What is terminal velocity state its formula and dimension?

It also depends on the substance it is passing through like for example air or water. At some speed, this drag force of resistance will equal the gravitational pull on the object. At this point, the object reached the constant terminal velocity. The formula for Terminal Velocity: V_Terminal = \sqrt2 g h

## Is terminal velocity constant?

At this point the object stops accelerating and continues falling at a constant speed called the terminal velocity (also called settling velocity).

## Is terminal velocity initial or final?

g is the acceleration due to gravity, h is the height of object. Suppose an object is falling from a height h with an initial velocity of zero. It is known that the final velocity is termed as terminal velocity.

## Is terminal velocity scalar or vector?

Terminal velocity is the maximum velocity (a vector quantity that accounts for speed and direction) that can be attained by a falling object of a certain surface area.

## Do heavier objects fall faster?

Given two objects of the same size but of different materials, the heavier (denser) object will fall faster because the drag and buoyancy forces will be the same for both, but the gravitational force will be greater for the heavier object.

## Does terminal velocity depend on mass?

Terminal velocity will depend on the mass, cross sectional area, and drag coefficient of the object as well as the density of the fluid through which the object is falling and gravitational accelleration.

## What are the applications of terminal velocity?

The item’s mass, area of cross-section, and coefficient of drag, as well as the fluid density through which the object is descending, and gravitational acceleration will all influence terminal velocity. Ans: Hang gliders and parachutes are examples.

## What is the maximum speed of terminal velocity?

The speed achieved by a human body in free fall is conditioned of two factors, body weight and body orientation. In a stable, belly to earth position, terminal velocity of the human body is about 200 km/h (about 120 mph).

## Does temperature affect terminal velocity?

Heating the supply air is going to increase the throw to a terminal velocity of 50 feet per minute, while cooling the supply air will decrease the throw to a terminal velocity of 50 feet per minute.

## Who drives terminal velocity?

Terminal Velocity is a 1941 Willys monster truck owned by Jamey Garner of Over Bored Motorsports out of Fortville, Indiana. It is the fifth name in the Over Bored Motorsports stable and is driven by Jon Zimmer Jr.

## What height is terminal velocity?

In general, a person falling through the air on Earth reaches terminal velocity after about 12 seconds, which covers about 450 meters or 1500 feet. A skydiver in the belly-to-earth position reaches a terminal velocity of about 195 km/hr (54 m/s or 121 mph).

## What is Stokes law and terminal velocity?

Stoke’s Law states that the force that retards a sphere moving through a viscous fluid is directly proportional to the velocity and the radius of the sphere, and the viscosity of the fluid.

## Why does terminal velocity increase with mass?

heavy objects will have a higher terminal velocity than light objects. (Why? It takes a larger air resistance force to equal the weight of a heavier object. A larger air resistance force requires more speed.)

## What is terminal velocity of gravity?

The terminal velocity of a skydiver in a free-fall position, where they’re falling with their belly towards the Earth is about 195 km/h (122 mph).

## Does gravity affect terminal velocity?

As mentioned above, the atmosphere and gravitational constant of a planet affects the terminal velocity.

## Does terminal velocity depends on velocity?

In this situation, there is no net force to accelerate the moving body. Hence it starts falling with a constant velocity, which is named terminal velocity. Hence, terminal velocity depends on object radius, coefficient of viscosity of the medium, object density, density of the medium.

## Can an object exceed terminal velocity?

If an object is forced into a velocity that is greater than its terminal velocity, the drag will slow the object until it reaches its terminal velocity, at which the gravitational force negates the drag force.

## Is terminal velocity the same as free fall?

Near the surface of the Earth, an object in free fall in a vacuum will accelerate at approximately 9.8 m/s2, independent of its mass. With air resistance acting on an object that has been dropped, the object will eventually reach a terminal velocity, which is around 53 m/s (190 km/h or 118 mph) for a human skydiver.

## Is terminal velocity same?

No, it is not a set speed. Terminal velocity is the speed that an object reaches where it’s deceleration due to wind resistance is equal to the acceleration due to the force of gravity.