astronomia84
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why
2p=ln[(1-cost)/(1+cost)] => t=(1/coshp)^2
?
?
2p=ln[(1-cost)/(1+cost)] => t=(1/coshp)^2
?
?
Last edited by a moderator:
The discussion revolves around a mathematical expression involving hyperbolic functions and logarithms, specifically the relationship between the equation \(2p=\ln\left(\frac{1-\cos t}{1+\cos t}\right)\) and \(t=\left(\frac{1}{\cosh p}\right)^2\). Participants are exploring the implications of this relationship.
The discussion is ongoing, with participants seeking clarification on the original question and expressing doubts about the correctness of the equations presented. Some guidance has been offered regarding the need for clearer questioning and demonstration of effort.
There appears to be confusion regarding the formulation of the equations, and participants are encouraged to specify their questions more clearly. The nature of the problem suggests a need for deeper exploration of the mathematical relationships involved.
astronomia84 said:why
2p=ln[(1-cost)/(1+cost)] => t=(1/coshp)^2
?
?