Which can be factored by multiplying five 2's, fourteen u's, two w's and seventeen y's.
8u5y94u9w2y8 cannot be factored. It can be simplified to 32u14w2y17.
Is 24u^2 + 35
2
2 times 3 to the second power equals to 2x9 or 18 2 to the second power times 3 equals to 4x3 or 12 therefore the least common factor is 2.
2 x 2 x 2 = 8
factor both numbers factor 40 into [2 2 2 5] or [2^3 * 5] factor 100 into [2 2 5 5] or [2² * 5²] LCM is the highest power of each common factor 2^3 * 5² = 8 * 25 = 200 ◄
Is 24u^2 + 35
2
U=2.
24u to the second power. Differentiate 40u to the fifth power which is 200u to the fourth power and 5u to the second power which is 10u. Subtract 400u to the sixth power from 1000u to the sixth power which is 600u to the sixth power. Then square 5u to the second power which is 25u to the fourth power. Finally, divide 600u to the sixth power by 25u to the fourth power. The solution is 24u to the second power. Another method is simplifying it to 8u cubed (to the third power) and taking the power rule. Take 3 times 8u which is 24u and subtract 1 from 3 in exponent which is 2. The answer is 24u to the second power.
Ball joints - 4u joints - anywhere from 2 to 8Ball joints - 4u joints - anywhere from 2 to 8
An induction motor has a lagging power factor. Motors of more than about 2 HP are designed to have a power factor of 0.85 or higher.
2 to the second power is 4, which isn't a factor of 54. 3 to the second power is 9, which is a factor of 54 but isn't prime. 4 divided by 9 is 4/9, which isn't prime and isn't a factor of 54.
Its prime factor is 2 and as a product of its prime factor 2 to the power of 7 = 128
The GCF is 7ab^2.
It is 2 and 2 to the power of 11 = 2048
2 times 3 to the second power equals to 2x9 or 18 2 to the second power times 3 equals to 4x3 or 12 therefore the least common factor is 2.
Real power = voltage x current x power factor.