The square of 22 is 484- 22 X22 ----- 44 44X ------ 484
v38
726 square feet
Suppose you have n observations {x1, x2, ... , xn} for a variable, X. Calculate m = (x1 + x2 + , ... , + xn)/n, the mean value. Calculate s2 = (x12 + x22 + , ... , + xn2)/n Then Variance = s2 - m2 = [mean of the squares] - [square of the mean] and the standard deviation = sqrt(Variance)
I tried to find f by integrating the partial derivatives, but since 1/r is multiplying the whole vector, I just took it out, I'm not sure if I can do that. Like this: ∂f∂x(x,y,z)=x ∂f∂y(x,y,z)=y ∂f∂z(x,y,z)=z thus f(x,y,z)=x22+g(y,z) f(x,y,z)=y22+h(x,z) f(x,y,z)=z22+k(x,y) for some functions g, h, and k, so if g=y22+z22, h=x22+z22 and k=x22+y22, the function f is: f(x,y,z)=1r(x22+y22+z22)=12r⋅r2=r2 Am I correct? If not, how can I solve this correctly, should I integrate x/r, y/r and z/r instead?
there is x18 x19 and x22 they are like sport bikes but smaller the x22 is 27in seat height
v38
33"x22"
=current price of gold X22/24
The square of 22 is 484- 22 X22 ----- 44 44X ------ 484
36 can never be a prime. You can find its prime factorization. 32 x22 =36
v38
22 X22 inches it would be just one. If you mean 22 X 22 feet you would need 18 4X8 sheets.
726 square feet
16 ft x 22 ft = 352 ft2
Suppose you have n observations {x1, x2, ... , xn} for a variable, X. Calculate m = (x1 + x2 + , ... , + xn)/n, the mean value. Calculate s2 = (x12 + x22 + , ... , + xn2)/n Then Variance = s2 - m2 = [mean of the squares] - [square of the mean] and the standard deviation = sqrt(Variance)
The best one is x22 but that one is $699 without shipping and an ok one is about $599