Your equation is of the formBelginator said:Homework Statement
Ok I have an equation:
E = (1/Me)*((2/(gamma+1))*(1+((gamma-1)/2)*Me^2))^((gamma+1)/(2*gamma-2));
Where is E is a matrix of [0:1:80] and gamma is known as 1.40.
What function do I use to solve for Me? I need to find a matrix of 80 values of Me each corresponding to the E value.
I have no idea what to use, I was going along the lines of fsolve, but I just don't know, any help would be very much appreciated.
To solve a single variable equation in Matlab, use the solve function. For example, to solve the equation x^2 + 3x - 7 = 0, you would write syms x to declare x as a symbolic variable, and then write solve(x^2 + 3x - 7 = 0, x). This will return the solutions to the equation.
Yes, you can solve systems of equations in Matlab using the solve function as well. You will need to declare the variables as symbolic using the syms function, and then pass in the equations and variables to the solve function. Matlab will return the solutions to the system of equations.
To check if a solution to an equation is valid in Matlab, you can use the subs function. This function substitutes the solution into the equation and evaluates the result. If the result is equal to 0, then the solution is valid. If the result is not equal to 0, then the solution is not valid.
Yes, you can solve equations with complex numbers in Matlab. To do so, you will need to declare the variables as complex using the syms function, and then pass in the equations and variables to the solve function. Matlab will return the solutions, including any complex numbers, to the equation.
To plot the solutions to an equation in Matlab, first solve the equation using the solve function. Then, use the ezplot function to plot the equation with the solutions as the y-values. You can also use the hold on function to plot multiple solutions on the same plot.