old mechanic - What is it middle point of mass ? - 05/20/14 06:22 AM
single mass M in space is moving
mass M was in point p1..2..3...
p1..p2..p3..p4..p5..p6..p7..M -----> V
if distance p1--p2 = p6--p7 ===> we have constant motion
Ok we have two mass ideal 1/2 M
1/2 M -----> V ........distance L.....1/2M -------> V
Inertia middle point ( we can use superposition rule )
1/2M ---> V + 1/2 M ----> V = M -----> V
Where is gravitation's middle point ?
1/2 L distance ?
1/2M ....L/2......m.......L/2.....1/2M
small mass m feel zero gravitation force
gravitation's force in midle point = zero force
In universe exist many stars above I explained
that gravitation it is not the same what inetria !!!
Famous Example that many teachers like use
My Question where is middle poit of mass after explosion ?
Gravitation ?
Inertia ?
below picture ( Yelow rings = 3D gravitation's wave )
to above picture please add Inverse Square Law problem
( Intensity of the signal )
Dear Mr Einstein
Gravitation it is not the same what acceleration !!! ( exist inverse square law it is is very important problem and main reason why atomic clock not always have the same speed )
exist also radial forces problem ( huge speed and huge Radius but ? elecrons have got mass and we can not forget about m*V*V/R !!!)
How many kilograms ?
planet A = Planet B
Planet B constant accelerate
mass M was in point p1..2..3...
p1..p2..p3..p4..p5..p6..p7..M -----> V
if distance p1--p2 = p6--p7 ===> we have constant motion
Ok we have two mass ideal 1/2 M
1/2 M -----> V ........distance L.....1/2M -------> V
Inertia middle point ( we can use superposition rule )
1/2M ---> V + 1/2 M ----> V = M -----> V
Where is gravitation's middle point ?
1/2 L distance ?
1/2M ....L/2......m.......L/2.....1/2M
small mass m feel zero gravitation force
gravitation's force in midle point = zero force
In universe exist many stars above I explained
that gravitation it is not the same what inetria !!!
Famous Example that many teachers like use
My Question where is middle poit of mass after explosion ?
Gravitation ?
Inertia ?
below picture ( Yelow rings = 3D gravitation's wave )
to above picture please add Inverse Square Law problem
( Intensity of the signal )
Dear Mr Einstein
Gravitation it is not the same what acceleration !!! ( exist inverse square law it is is very important problem and main reason why atomic clock not always have the same speed )
exist also radial forces problem ( huge speed and huge Radius but ? elecrons have got mass and we can not forget about m*V*V/R !!!)
How many kilograms ?
planet A = Planet B
Planet B constant accelerate