derivation for potential and kinetic energy.(with diagram)
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Move your fingers/hand around and ask your partner what feels pleasurable.
Be slow and gentle
Try combining fingering and fisting with kissing or stimulation of other parts of the body
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Have you ever noticed that your mind being calm than before.
But when you are stimulating too much on your glitoris,it will get hurted in a bit itchy though.
Fingering too much is a natural and a very common thing its all about how fast your harmons are working inside when you see a guy.
Make yourself clean alalways.
If preserving your hymen is important to you, I would suggest that he does not put his fingers inside your vagina, but just rub your clitoris.
If you have never had an orgasm before, your first time can be scary because you do not know what is happening. Your body can twitch and shake, and your heart and breathing will race. You can feel relaxed and tired afterwards.
Answers
derivation of potential energy
Let the work done on the object against gravity = W
Work done, W = force × displacement
Work done, W = mg × h
Work done, W = mgh
Since workdone on the object is equal to mgh, an energy equal to mgh units is gained by the object . This is the potential energy (Ep) of the object.
Ep = mgh
Derivation for the equation of Kinetic Energy:
The relation connecting the initial velocity (u) and final velocity (v) of an object moving with a uniform acceleration a, and the displacement, S is
v2 - u2 = 2aS
This gives
S = v 2 - u 2 2a
We know F = ma. Thus using above equations, we can write the workdone by the force, F as
W = ma × v 2 - u 2 2a
or
W = 1 2 m( v 2 - u 2 )
If object is starting from its stationary position, that is, u = 0, then
W = 1 2 m v 2
It is clear that the work done is equal to the change in the kinetic energy of an object.
If u = 0, the work done will be W = 1 2 m v 2 .
- Thus, the kinetic energy possessed by an object of mass, m and moving with a uniform velocity, v is Ek = ½ mv2