A B belt can work in some applications instead of a BX belt, but it may not provide the same performance or fit. BX belts have a narrower width and are designed for specific pulleys, while B belts are wider and might not align properly with the system. Using a B belt in place of a BX belt could lead to slippage or increased wear. It's best to use the recommended belt type for optimal performance.
BX belts are cogged belts, meaning they have small teeth on the inside to increase flexibility and reduce slippage. This design allows BX belts to run cooler and be more efficient than B belts, which do not have this feature. Overall, BX belts are better suited for high-torque applications and heavy-duty machinery.
Ax + B = Bx + C Ax - Bx = (C - B) x (A - B) = (C - B) x = (C - B) / (A - B)
bx+cy=d bx=d-cy x=d-cy ----- b answer: d-cy ----- b
A 5L belt is a light duty belt, even though it can have the same deminsons of the B belt, the 5L is cheaper to buy, but the B belt will usually last longer, provided all is properly aligned and belt tension is correct. A "5V" belt is a Higher HP belt (stronger then even the "B" series... A "BX" and a "5VX" belt are cogged belts of the "B" and "5V" series of those belts, they are cogged to alow themselves to go around a smaller then normal pulley diameter and still grip the pulley fine..
3x2 + bx - 5 = 0 ∴ 3x2 + bx = 5 ∴ x2 + bx/3 = 5/3 ∴ x2 + bx/3 + (b/6)2 = 5/3 + (b/6)2 ∴ (x + b/6)2 = (45 + b2) / 36 ∴ x + b/6 = ±[(45 + b2) / 36]1/2 ∴ x = [-b ± (45 + b2)1/2] / 6
3a+ax+3b+bx = 3(a+b)+(a+b)x = (a+b)(3+x)
The only difference between B55 and BX55 belts is the BX55 is cogged to make it more flexible
x2+bx+ax+ab = x2+ax+bx+ab = x(x+a)+b(x+a) = (x+a)(x+b)
b(a-x)
10 is the value of b that would make X plus bx-24 factorisable.
Two: one is 0, the other is -b/a ax2 + bx + c = 0, but c = 0 ⇒ ax2 + bx + 0 = 0 ⇒ ax2 + bx = 0 ⇒ x(ax + b) = 0 ⇒ x = 0 or (ax + b) = 0 ⇒ x = -b/a
(a - b)(x + y)