Other

What is the formula of retarding force?

What is the formula of retarding force?

A retarding force causes the acceleration of an object to be negative. In $F = ma$ , where F is the resultant force, the force acts against the direction of the object’s current velocity is the retarding force. Formula used: $F=ma\ $ and $F=ma\;,a=\dfrac{v}{t}$.

What is the formula and SI unit of retardation?

The SI unit of retardation is metre per second squared (m/s2).

What is retardation Class 9?

Retardation means negative acceleration . The velocity of a body may increase or decrease . So when the velocity of a body increase, the acceleration is said to be positive and when the velocity of a body decrease, the acceleration is said to be negative(Retardation) .

What is the retardation?

Retardation is the act or result of delaying; the extent to which anything is retarded or delayed; that which retards or delays.

READ:   Which alkali metal has the lowest atomic size?

What is retardation force?

1. retarding force – the phenomenon of resistance to motion through a fluid. drag. resistance – any mechanical force that tends to retard or oppose motion.

What is unit of retardation?

Unit of retardation is same as the unit of acceleration i.e. m/s2.

What is S.I. unit retardation?

When the velocity decreases with respect to time it is termed as retardation or deceleration. In reality negative acceleration is commonly called retardation Its SI unit. is m/s2.

What is retardation in physics class 11?

Retardation: When final velocity of the body is less than initial velocity, then the body is said to be under retardation. Retardation can also be named as negative acceleration or deceleration.

What is called retardation?

What is retardation called now?

The term “intellectual disability” is gradually replacing the term “mental retardation” nationwide.

What’s the formula of tension?

Tension Formula. The tension on an object is equal to the mass of the object x gravitational force plus/minus the mass x acceleration. T = mg + ma. T = tension, N, kg-m/s2.