w=3pi*sqr(x/t) First divide each side by 3pi w/3pi=sqr(x/t) Next square both sides. (w/3pi)^2=x/t Next multiply both sides by t t(w/3pi)^2=x
What is 3= T in a T? What is 3= T in a T? What is 3= T in a T?
w=2*pi*sqr(x/t) First divide each side by 2*pi w/(2pi)=sqr(x/t) Next square both sides (w/2pi)^2=x/t Next multiply both sides by t t(w/2pi)^2=x
Subtract 21 from both sides. If that's + 4t, the answer is (t - 3)(t + 7) and t = 3, -7 If that's - 4t, the answer is (t + 3)(t - 7) and t = -3, 7
lets say you have w^3 it would be w to the third power or w^3
"3 a on a w t" stands for "3 apples on a walnut tree."
S-W-A-T- - 1975 Kill S-W-A-T- 2-3 was released on: USA: 20 September 1975
To evaluate t-7 over w for t equals -3 and w equals -2, we substitute -3 for t and -2 for w in the expression. This gives us (-3) - 7 over (-2), which simplifies to -10 over -2. Further simplifying, we get 5 as the final result.
3 Wheels on (a) Tricycle
3 wheels on a tricycle
Algebraically, 3T + 4W = 36 where T and W are non-negative integers. T = 0 W = 9 T = 4 W = 6 T = 8 W = 3 T = 12 W = 0
3 wheels on a tricycle
3 = Wheels on a Tricycle
(Assumes the angle iron isn't constrained on either side.)Where:w = width (parallel to axis)h = height (perpendicular to axis)t = thicknessx = Distance to farthest fiber = h-(t*(2*(h-t)+w) + (h-t)^2 / (2*(w+h-t)))Section Modulus = Moment of Inertia / xSection Modulus = (t*x^3 + w*(h-x)^3 - (w-t)*(h-x-t)^3)/ 3/ xHope that helps
pb to a t y
t, f and s.... these are the initial letters of the days of the week.
3 Cold Whales in a Hot Tub?