- #1
latel
- 2
- 0
I am sorry if it is wrong topic , and sorry if it is a bit bad text - translated it from estonian to english. If someone could do it and maybe explain this- that would be great.
1)In the reference system K is point M with coordinates x=5m , y=2m and z=8m. You have to find that point coordinates in refenrece system K', which moves with velocity 7 m/s aiming z-axis.
2)Particles equations of motion in reference system K' is
x'=5t+4
y'=0
z'=0
Write out this particles equations of motion in reference system K, if:
a) K' is still according to K and its deperature point coordinates are O' (2;0;0).
b) K' is moving according to K evenly and straight with velocity 10 m/s aiming x-axis.
On observation start-moment t=0 both coordinate systems deperature points were same.
Galilei's principle of relativity, Galilean transformation and and inertial reference frame.
http://img163.imageshack.us/i/referencesystem.png/
http://img692.imageshack.us/i/referencesystem2.png/
-
Homework Statement
1)In the reference system K is point M with coordinates x=5m , y=2m and z=8m. You have to find that point coordinates in refenrece system K', which moves with velocity 7 m/s aiming z-axis.
2)Particles equations of motion in reference system K' is
x'=5t+4
y'=0
z'=0
Write out this particles equations of motion in reference system K, if:
a) K' is still according to K and its deperature point coordinates are O' (2;0;0).
b) K' is moving according to K evenly and straight with velocity 10 m/s aiming x-axis.
On observation start-moment t=0 both coordinate systems deperature points were same.
Homework Equations
Galilei's principle of relativity, Galilean transformation and and inertial reference frame.
http://img163.imageshack.us/i/referencesystem.png/
http://img692.imageshack.us/i/referencesystem2.png/
The Attempt at a Solution
-
Last edited:
