The increase in your weight when the lift starts going up or stops going down,
as well as the decrease in your weight when the lift stops going up or starts
going down, is
[ (your mass) x (acceleration of the lift) ] .
Your mass is numerically equal to (0.4536 x your weight in pounds), or else
equal to your "weight" in kilograms if you're unfortunate enough to have
been taught to express it in that fashion.
The weight that a mouse can lift will depend on its size. It is estimated that mice can lift things that twice their body weight.
The relationship between lift (L) and thrust (T) in the context of flight can be expressed through the equation ( L = T ) during level flight, where the aircraft is in steady-state conditions and maintaining altitude. This means that the lift generated by the wings must equal the weight of the aircraft, while the thrust provided by the engines must counteract drag (D). In general, the balance can be represented as ( L = W ) (lift equals weight) and ( T = D ) (thrust equals drag) in steady flight conditions.
You can calculate the weight of the object by using the principle of torque. First, measure the distance from the lifting point to the support point. Then, apply the equation for torque, which is the product of the weight of the object and the distance between the two points. By rearranging the equation, you can solve for the weight of the object.
No, a ramp does not change the weight of an object. Weight is determined by the mass of an object and the gravitational force acting on it, which remains constant regardless of the presence of a ramp. The ramp affects the effort required to lift or move the object, but not its weight.
A true spider can lift eight times its weight.
Eagles can lift up to 4 pounds of weight.
http://www.gesusa.com/help_answer.asp?ID=21 Yes there are and they change from lift to lift depending on quality and condition. Their are over four main types of lift type in the url to find out more.
The hoist machine can lift up to 1,000 pounds of weight.
The weight of an aircraft counteracts the lift produced by an aircraft. The heavier an aircraft weighs the greater the lift needed to get off the ground.
Drag
Your weight does not change when you are flying in an airplane because your weight is a measure of the force of gravity acting on your mass, which remains constant. However, you may feel lighter due to the sensation of weightlessness caused by the airplane's motion and the lift generated by the wings.
The rate of change in algebra is the ratio ( fraction ) that shows how the two variables in an equation are related. For example, if you are comparing the# of identical items (x) in a cup to the weight of the cup ( y ) , the rate of change would be the weight of one of the items. If the items each weigh 2 oz then each time an item is added the weight would increase by 2 oz. Thus the rate of change is 2/1. The equation might look likey = 2x + 3where the coefficient of x ( 2 ) is the rate of change and the constant , 3, is the weight of the empty cup.