Just take the square root of each side.
(x-4)2 = -36
x - 4 = (plus or minus) 6i
This gives two solutions:
x - 4 = 6i
x = 4 + 6i
and:
x - 4 = -6i
x = 4 - 6i
If you want only real numbers, then of course the equation has no solution. For some problems, complex numbers may be acceptable, for others, not.
Just take the square root of each side.
(x-4)2 = -36
x - 4 = (plus or minus) 6i
This gives two solutions:
x - 4 = 6i
x = 4 + 6i
and:
x - 4 = -6i
x = 4 - 6i
If you want only real numbers, then of course the equation has no solution. For some problems, complex numbers may be acceptable, for others, not.
Just take the square root of each side.
(x-4)2 = -36
x - 4 = (plus or minus) 6i
This gives two solutions:
x - 4 = 6i
x = 4 + 6i
and:
x - 4 = -6i
x = 4 - 6i
If you want only real numbers, then of course the equation has no solution. For some problems, complex numbers may be acceptable, for others, not.
Just take the square root of each side.
(x-4)2 = -36
x - 4 = (plus or minus) 6i
This gives two solutions:
x - 4 = 6i
x = 4 + 6i
and:
x - 4 = -6i
x = 4 - 6i
If you want only real numbers, then of course the equation has no solution. For some problems, complex numbers may be acceptable, for others, not.
Just take the square root of each side.
(x-4)2 = -36
x - 4 = (plus or minus) 6i
This gives two solutions:
x - 4 = 6i
x = 4 + 6i
and:
x - 4 = -6i
x = 4 - 6i
If you want only real numbers, then of course the equation has no solution. For some problems, complex numbers may be acceptable, for others, not.
Negative 11
x is negative 1x is negative 2
x=3
Putting a negative number in parentheses merely assists a subtraction sum involving negative numbers. For example, 14 - (-17) = 31.
-5x2 = -75 x2 = 25 x = ±sqrt( 25 ) x = ±___
Negative 11
You need to clarify the function AND provide an interval.
it equals positive one. one squared is always one. if they're both negative, negative times negative is always positive.
x is negative 1x is negative 2
A negative number squared equals a positive number. When multiplying, odd numbers of negatives result in a negative answer, and even numbers of negatives result in a positive answer.
It depends if the negative is being squared also. If you have (-3)^2 then it = 9 If you have -(3)^2 then it = -9
x=3
Putting a negative number in parentheses merely assists a subtraction sum involving negative numbers. For example, 14 - (-17) = 31.
(x+4)(x-4) How you do it: See the x squared? Well put one of each in a set of parentheses, so far u have (x)(x) Then, see the -16? Well what times what equals -16? (If multiply the square root twice do so) So let's use 4 and -4 (a negative times a positive equals a negative 16) Put a four in each parentheses (doesn't matter which goes where) Now you have (x+4)(x-4) There you go!
-5x2 = -75 x2 = 25 x = ±sqrt( 25 ) x = ±___
Square root of s, or negative square root of s.
No solution