Ep is potential energy of a mass, m ,in gravity field, g ,at height of h above a reference ground
1 M and H D
v equals m divided by p
8line2
The quotient rule tells says that: If: f(x) = g(x) / h(x) Then: f'(x) = (g'(x) · h(x) - g(x) · h'(x)) / h(x)2 That derivative gives you the slope of the original curve's tangent at any given x-coordinate. For example, if: f(x) = axn / bxm then: f'(x) = (anxn-1 · bxm - axn · bmxm - 1) / b2x2m This of course simplifies considerably, due to the simplicity of the original function: = (abnxm+n-1 - abmxm+n-1) / b2x2m = (n - m)abxm+n-1 / b2x2m = (n - m)axn-m-1 / b = (n - m)(a/b)xn-m-1 Which makes perfect sense if you rearrange our initial function and take it's derivative in a simpler manner: f(x) = axn / bxm f(x) = (a/b)xn-m f'(x) = (n-m)(a/b)xn-m-1
4\10
gravity!
PE=mgh M=3kg H=2kg G=10m/s2
Ep=mgh, m is mass, g is gravity (9.81m/s2) and h is height
M,h,g,l
gravitation potential energy can be found by the formula EP=mgh, where EP potential energy, m is the mass of the object for which the potential energy is to be found,g is the acceleration due to gravity, h is the height to which the object is raised.
Ep.1 Sara Ep.2 Tony Ep.3 Jasmine Ep.4 Wesley Ep.5 Minerva Ep.6 Heather M Ep.7 Heather G Ep.8 Megan and Carmelo
Answer : potential energy (PE) = m *g *h m= mass of object (kg) g= gravity = 10 m/s2 h= height (m) PE = m *g *h 9800 = 200 * 10 *h 9800= 2000 h h= 4.9 m
If the feather is moving, it has potential energy equal to half of the product of its mass (m) and the square of its velocity (v2), such that EK=(m*v2)/2 If the feather is in the air close to a body of large mass (e.g. Earth), it also has potential energy due to gravity equal to the product of its mass (m), the distance it has available to fall (h), and the local acceleration due to gravity (g), such that EP,G=m*g*h
Yup it's called Gravitational potential energy and has the formula Ep = m.g.h m being the mass g the gravitational acceleration and h the height
pe = m*g*h where m = mass, g = force of gravity and h = height
Potential energy = mass * gravity * height Ep=mgh You should know the mass of the object and gravity as 9.81. So rearranging the formule Ep/mg=h. Potential energy / (mass * gravity) = height.
PE=m x g x h, so g = PE / (m x h)