One more time on the equations that aren't coming out: [ tex] v = v_h(v_t/c +1) [/tex] [ tex] v_t = v_{ht}(v/c +1) [/tex] [ tex] v = 2c^2v_h / (c^2 + v_h^2)[/tex] [ tex] v_t = 2c^2v_{ht} / (c^2 + v_{ht}^2)[/tex] [ tex] v_h = c(c - v_{ht}) / (c +v_{ht}) [/tex] [ tex] v_ht = c(c - v_h) / (c +v_h) [/tex] [ tex] v_t = c/Y = DSR(c+v) = v_{ht}(1+ v/c)[/tex] [ tex] t_{ps} = xv_{ps}= xYv/(1+Y)[/tex] [ tex] v_{ht} =cDSR[/tex] v Y [ tex]v_t[/tex] [ tex]v_h[/tex] [ tex]v_{ht}[/tex] DSR
It's ok, everything works now. I put a space in [ tex] to solve it and the other problem was with _{ht} which I tried to write as _h_t which was not accepted. My 1st day using tex so.
Testing...... x(x_{accel}, \tau) = \frac{-1}{\kappa} + \left(x_{accel} + \frac{1}{\kappa}\right)cosh(\kappa\tau) Formatted formula should appear below. \( x(x_{accel}, \tau) = \frac{-1}{\kappa} + \left(x_{accel} + \frac{1}{\kappa}\right)cosh(\kappa\tau) \) If I leave the page and come back it is formatted. But when I just enter the formula and save, the formatting is not there. ?? I can work with that I guess.
Trying to have tex in a stream of text....... A uniformly accelerating system of coordinates S_{accel} (often called A uniformly accelerating system of coordinates \( S_{accel} \) (often called This works.
