[Yahya (OP)]

Absolute motion for objects at constant speed does not need either an external force acting on it nor energy transferred to the object such as  kinetic energy, as kinetic energy and speed are mathematically related if a person wants to increase the speed to higher amounts , he should transfer more kinetic energy to the object of speaking, in this case a contact ( push ) of a second object is needed  ;this second object is at  higher speed than the first one but the first object exerts a force  as well on the second object , as the second  object has higher speed it could easily transfer its energy by this contact.
Considering a second object with higher kinetic energy but less speed no contact will occur and no force will be exerted.
F= CV/t     
F=force        C=constant        V=velocity       t=time     the mass is part of the constant C.
 (V/t) represents acceleration or losing speed with respect to time, which is in fact a measurement of inertia or resistance, inertia is resistance of change in speed with respect to time.
The first object will try to oppose the second object or reduce its high speed, the speed will decrease with respect to time, and losing speed with respect to time V/t is losing kinetic energy and transferring it to the other object to speed it up.
V/t=F/M
For this equation a certain force F gives the effect V/t due to resistance M, using the same force F to measure inertia or resistance for masses:
V/t=F/M       The more mass m the less change in V with respect to time or (V/t)
And  more inertia.
Another aspect is the equation:
W=f Δs=ma Δs
W=work done                 F=force               ΔS=displacement
W represent work done coming from multiplying the force by Δs that to be said, force transfers kinetic energy for each one meter, multiplying by Δs gives the total energy.
Conclusion:
Inertia is measured by the value of the object’s mass m, for an object to exert a force on another one the first object exerting force will move faster than the second one in this case the second one will resist its high speed motion reducing its speed with respect to time (V/t) the amount of this resistance can be represented by:
V/t=F/m the more mass m the less change in (V/t)
Or more inertia.
What is this resistance? Perhaps the Explanation is a theory of everything.
This is my theory of everything every physical phenomena is governed by Ohm’s laws for Voltage, current and resistance as well as the equation W=F Δs     W=work done                 F=force               Δs =displacement        and finally the equation P=W/t
   
.
V=IR
V=voltage            I=current              R=resistance
F=M(V/t)
F=voltage              M=resistance          (v/t)=current
A bulb is a mass with increasing kinetic energy (light) and acceleration (current)
Thermodynamics:
Q = mc Δ T
 
Q=work                  m=resistance the massive an object is the less chance to  melt by temperature         Δ T =both current and displacement, high Temperature causes a mass to melt also causes a wire to omit light similar to electric current in a bulb and other similar phenomena , narrow wire has high resistance in both equations           c just represents matter characteristics.
Gravitation:
F=GMm/r²
F=force                     m=resistance                    M/r²=current represented by mass M bending the 2dimensional space represented by r²
Or perhaps:
F=force                         M=resistance                  m/r²= current represented by mass m bending the 2dimensional space represented by r²

[Bored chemist]

.

Considering a second object with higher kinetic energy but less speed no contact will occur and no force will be exerted.

It is possible for a slow moving thing to push a fast moving thing.
I think that rather undermines your so-called theory

[Yahya (OP)]

.

Considering a second object with higher kinetic energy but less speed no contact will occur and no force will be exerted.

It is possible for a slow moving thing to push a fast moving thing.
I think that rather undermines your so-called theory

I think so.

[guest39538]

This is my theory of everything every physical phenomena is governed by Ohm’s laws for Voltage, current and resistance as well as the equation W=F Δs     W=work done                 F=force               Δs =displacement        and finally the equation P=W/t

You have not got a theory of everything, but you have an interesting idea that I have discussed before differently to how you are discussing it.
So you have got my attention and I am willing to discuss this with you.

What you are talking about is the Electrodynamics of a moving body, do you understand that?

Einstein 1905 paper

http://hermes.ffn.ub.es/luisnavarro/nuevo_maletin/Einstein_1905_relativity.pdf

[Yahya (OP)]

the magnetic force :
F=q(vxB) or F=qvB sin(theta)
q is the resistance equivalent to mass
v sin(theta) is the current for charge changing its velocity from theta angle by the force F
or acceleration

B exists because the force is mutual in this case the magnetic field source for B could represent the resistance
mutually whether a wire or magnetic pole and its acceleration due tot he force is the current

[Bored chemist]

I thought we had established that your theory relied on something that wasn't true.
In that case, it's pretty much time to abandon it and close the thread.

[Yahya (OP)]

You have not got a theory of everything, but you have an interesting idea that I have discussed before differently to how you are discussing it.
So you have got my attention and I am willing to discuss this with you.

I don't understand-the thread's supposed to be opened for discussion

[Yahya (OP)]

my concept is "the current is some kind of effect such as acceleration or electric current, the resistance resists this current, the force is used to apply this effect or current to the resistance, usually ending up with energy transformations, all phenomena on earth applies to this concept"

[Yahya (OP)]

from my OP " M/r²=current represented by mass M bending the 2dimensional space represented by  r² "

In physics there is mass and energy , mass represents resistance , energy is transformed using a force applied to resistance to have specific effect, in gravity the effect is the curvature of 2dimensional space , the mass M making the curvature applies the force to make this curvature making energy transformation to space in the form of potential energy , this force will press space to displace it, supposing that the mass already did not exist , its existence will press the space and displace it , the resistance is the space itself -supposing space some kind of mass-space being  some kind of mass is as a result of an absence of space due to the existence of mass M itself .

The other mass m resists the curvature of space “here curvature of space is some kind of mediator applying a force on mass m ending up with acceleration a.”