Assumption 8x2 = eight times x squared Assumption: x3 is x to the third Assumption: y2 is y squared Answer 40 y to the fourth x to the fifth = 40 y4 x5
x cubed, or x^3 x(x2)= x3
No THIS IS SQUARED - 22 THIS IS CUBED- 23 Squared means length times width, or X2. Cubed means length times width times height, or X3.
You can take an x squared out of both of those, leaving x squared times x plus or minus three depending on what your operation is.
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x(x3 - 24x - 22)
Assumption 8x2 = eight times x squared Assumption: x3 is x to the third Assumption: y2 is y squared Answer 40 y to the fourth x to the fifth = 40 y4 x5
Cubed; Area is squared. Short version: No, squared is to the second power, cubed to the third. Long version: No- squared is X2 , or x times x. Cubed is X3, or x times x times x. For example: Squared: 22= 2x2= 4 Cubed: 23= 2x2x2= 8 So any 3-D object has to be X3. Area, which is 2-D, is squared.
x cubed, or x^3 x(x2)= x3
No THIS IS SQUARED - 22 THIS IS CUBED- 23 Squared means length times width, or X2. Cubed means length times width times height, or X3.
You can take an x squared out of both of those, leaving x squared times x plus or minus three depending on what your operation is.
the derivative of 3x is 3 the derivative of x cubed is 3 times x squared
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x3*(1/2)*sqrt(x3) = 1/2*x4.5 or 1/2*sqrt(x9)
9 squared is 9 x 9 or 81.
x3-5x2+x is already simplified.
∫ (x2+3) = ∫x2 + ∫3(1/3)X3 + 3X + C