terminal velocity is forces balanced
force down = mass * g (newtons)
force up = v^2 * drag coefficient (newtons)
m*g = v^2*dc
dc=(m*g)/v^2
It doesn't
They are totally unrelated. Weight is basically the force of attraction between the Earth and the body. It doesn't depend on shape. Air drag depends on how fast a body is moving through air and depends on its shape. There is one interesting example : when a parachute, or even an object falls under gravity for long enough, it may reach a speed where the air drag equals the weight - and then further acceleration ceases and the speed is called the terminal velocity. The terminal velocity therefore depends critically on the shape, and the weight.
Your weight. Weight is the definition of the force between the earth and other objects. Thus you weight is the gravitational force acting on you from the earth.
It's called the force of gravity.
Homeostasis is the way that the body to has a tendency to stabilize itsÕ self. Some people think of homeostasis as a negative thing in relation to oneÕs weight or for medical reasons that their body has naturally acclimated to a state they wish was different.
Body Composition
BMI. boidy mass index
Body Mass Index (BMI)
body mass index
Yes,there is relation between them because a body cannot work without energy
It doesn't
Weight is related to height and body composition. Please feel free to ask the question again and include more detail. Meanwhile, the two questions further down this page, listed under "Related Questions," will give you more information about body weight in relation to children and teenagers and body weight in relation to adults.
Mass is the amount of matter a body has. Gravity is a pulling force that pulls the object towards the core of the body. The weight of a body depends on the mass; gravity causes weight. Weight is a downwards force towards the core of the body that produces a gravitational field (e.g. Earth). The relation between the mass, the weight and the gravitational field strength is: W = m.g - where W is the weight of the object, m is the mass of the object and g is the gravitational field strength of the body (it is roughly about 10N/kg on Earth)
There is no ideal weight in relation to height. Weight is related to height and body composition. What counts more than your body weight is your percentage of body fat. For more information about body fat percentage, see the "healthy adult weight" page link, further down this page, listed under Related Questions.
Not always. If a moving body changes direction without changing speed then we still say it has had an acceleration. Tie a weight to a piece of string and swing it around your head at a steady speed. The weight is accelerating towards you all the time. If the string were to break, the weight goes on in a straight line unaccelerated.
is a resisstance of a body is called inertia
Yes & no. Percent of body fat adds to your weight, but so does muscle. You could weigh 300 pounds and have 100% body fat, or a lot of muscle. See my point?