Physical Science - An acorn with a mass of 300 kg is hanging from a branch of a tree it is 2.50 M?

... from the ground what is the potential energy of the acorn or:... from the ground what is the potential energy of the acornor:If you want to stud

... from the ground what is the potential energy of the acorn

or:... from the ground what is the potential energy of the acorn

or:If you want to study physics you have to stop making spelling mistrakes. The abbreviation for meter is m, not M. The capital M is the abbreviation for \"million\". So you can see where you can get into a lot of trouble just by using one wrong letter. A program will not tell you that you made a mistake, it will just give you goofy results.Potential energy can be a lot of things, in different situations. You can get a long explanation of the principals at wikipedia.orgGravitational potential energy is the product of mass, altitude, and g. In your example that would be 300kg x 2.50m x 9.81m/s^2 = 735.75kg-m^2/s^2

or:Wow! That is one fat acorn. Scrats would be thrilled to bits ;)We have an acorn which mass is m = 300kg, and it is in h = 2.5m position in height. If the acceleration of free fall is g = 9.81ms^-2, the weight of the acorn is F = mg. So the total work or energy is force \u00d7 displacement = mg \u00d7 h = mgh = 300 kg \u00d7 9.81 m s^-2 \u00d7 2.5 m = 7357.5 kg m^2 s^-2. And as this looks a bit awkward, we say: 7357.5 Nm (Newton metre) or 7357.5 J (Joules).

Tags:branch,