Math Problem
How to generate a code to solve for 't' in sin(t) = (-1<any real number<1)xt.
Also, plz tell the specific name of such kind of problems, if any.
Let me explain this way.
Actually, in real world if we get down to solve this problem on a copy,
what we have( taking an example);
sin t = 0.708xt (where t!=0)
then there exists a value of 't' for which it satisfies the above the equation.The value can be be calculated by hit and trial method.
I dont know much about interpolation or LPPs.
Note that 't' will range somewhere between (0,1).
I very well know about the arcsin(x) function. The problem is the logic and not application.
Waiting eagerly.
Also, plz tell the specific name of such kind of problems, if any.
Let me explain this way.
Actually, in real world if we get down to solve this problem on a copy,
what we have( taking an example);
sin t = 0.708xt (where t!=0)
then there exists a value of 't' for which it satisfies the above the equation.The value can be be calculated by hit and trial method.
I dont know much about interpolation or LPPs.
Note that 't' will range somewhere between (0,1).
I very well know about the arcsin(x) function. The problem is the logic and not application.
Waiting eagerly.
Is x a second variable?
When the variable in the function on the LHS of the equals sign appears on the RHS of the equation it is referred to as self-referencial and the expression is said to be recursive. It is an example of recursion.
eg n!=n.(n-1)! (where . means times) A recursive function usually calls itself from within itself.
So how far have you got with your attempt. If you post your code and explain your difficulty there will be plenty of experts who will help you.
rgds
When the variable in the function on the LHS of the equals sign appears on the RHS of the equation it is referred to as self-referencial and the expression is said to be recursive. It is an example of recursion.
eg n!=n.(n-1)! (where . means times) A recursive function usually calls itself from within itself.
So how far have you got with your attempt. If you post your code and explain your difficulty there will be plenty of experts who will help you.
rgds
No, his problem is how to solve the equation
kt = sin(t)
for any k in the range [ -1.0 ... 1.0 ].
kt = sin(t)
for any k in the range [ -1.0 ... 1.0 ].
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