We can solve this equation by finding the values of x that satisfy the equation.
First, let's simplify the equation:
sinx/2−π/8x/2 - π/8x/2−π/8*tan(x)−1tan(x) - 1tan(x)−1 = 0sinx/2−π/8x/2 - π/8x/2−π/8 = 0 or tanxxx - 1 = 0
Now, let's solve each part separately:
sinx/2−π/8x/2 - π/8x/2−π/8 = 0x/2 - π/8 = nπ, where n is an integerx/2 = nπ + π/8x = 2nπ + π/4
tanxxx - 1 = 0tanxxx = 1x = π/4
Therefore, the solutions to the equation are x = 2nπ + π/4 and x = π/4, where n is an integer.
We can solve this equation by finding the values of x that satisfy the equation.
First, let's simplify the equation:
sinx/2−π/8x/2 - π/8x/2−π/8*tan(x)−1tan(x) - 1tan(x)−1 = 0
sinx/2−π/8x/2 - π/8x/2−π/8 = 0 or tanxxx - 1 = 0
Now, let's solve each part separately:
sinx/2−π/8x/2 - π/8x/2−π/8 = 0
x/2 - π/8 = nπ, where n is an integer
x/2 = nπ + π/8
x = 2nπ + π/4
tanxxx - 1 = 0
tanxxx = 1
x = π/4
Therefore, the solutions to the equation are x = 2nπ + π/4 and x = π/4, where n is an integer.