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cscott
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For the general solution of sin x = 0, must you have a solution using 0, pi and 2pi (ie. pi + 2pi * k, 2pi + 2pi * k, ...) or does using pi suffice?
Sin(x) is zero when x is 0, pi, 2pi, etc. What does this tell you in terms of writing a general solution? Pay attention to the coefficients.cscott said:For the general solution of sin x = 0, must you have a solution using 0, pi and 2pi (ie. pi + 2pi * k, 2pi + 2pi * k, ...) or does using pi suffice?
Yes, for all non-negative integer values of k.cscott said:I feel dumb for asking now
0 + pi * k
apmcavoy said:Yes, for all non-negative integer values of k.
Alex
If you use k*pi with k an integer, you have all of your solutions.cscott said:For the general solution of sin x = 0, must you have a solution using 0, pi and 2pi (ie. pi + 2pi * k, 2pi + 2pi * k, ...) or does using pi suffice?
The general solution of sin x=0 refers to the set of all possible values of x that satisfy the equation sin x=0. In this case, the solution set includes 0, pi, and 2pi, as these are all values of x that make sin x equal to 0.
Since the sine function is periodic, it repeats itself after every 2pi radians (or 360 degrees). Therefore, there are multiple values of x that make sin x=0, and these values are spaced out at intervals of 2pi.
To find the general solution for sin x=0, you can use basic trigonometric identities and properties to manipulate the equation and solve for x. In this case, you can divide both sides by sin x and use the fact that sin 0=0, sin pi=0, and sin 2pi=0 to find all possible values of x.
Yes, the general solution of sin x=0 can be expressed in both radians and degrees. Radians are the preferred unit of measurement for angles in mathematics, while degrees are commonly used in everyday life. To convert from radians to degrees, you can use the formula: degrees = (radians * 180) / pi.
No, there are no other solutions for sin x=0 besides 0, pi, and 2pi. These three values make up the entire solution set for this equation. However, if you are looking for solutions in a specific range or interval, there may be other values of x that make sin x=0 within that range.