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3 days ago · Start with 1, which is a factor of every number. Test each number up to and including the number itself to see if it divides evenly (i.e., without leaving a remainder). Every number that divides evenly is a factor. Example Calculation. To find the factors of 12: 1 divides 12 (12 ÷ 1 = 12) 2 divides 12 (12 ÷ 2 = 6) 3 divides 12 (12 ÷ 3 = 4)
3 days ago · How to use Poiseuille's law calculator. Our Poiseuille's equation calculator requires only 4 simple steps (or 3 if you want to compute flow resistance ): Enter the dynamic viscosity (. μ. \mu μ ): Its basic unit is \mathrm {Pa \cdot s} Pa⋅ s. For different pressure units, check the pressure converter. Enter the radius of the pipe — it's ...
2 days ago · Hello and Welcome you all!Dare to solve good radical problem | Math Olympiad Question | Beautiful Algebra QuestionYou should learn this trick!Tricky Math Pro...
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Completely factorize f (x) = 6x^3 - 23x^2 - 6x+8 f (x) = 6x3 −23x2 −6x+8. From the rational root theorem, we try numbers of the form \frac {a} {b} ba, where a a divides 8 and b b divides 6. By the remainder factor theorem, we just need to calculate the values for which f \left ( \frac {a} {b} \right)=0 f (ba) = 0.
18 hours ago · Use of Newton's method to compute square roots. Newton's method is one of many known methods of computing square roots. Given a positive number a, the problem of finding a number x such that x2 = a is equivalent to finding a root of the function f(x) = x2 − a. The Newton iteration defined by this function is given by.
1 day ago · The sieve then eliminates any potential factors that are divisible by prime numbers below 40,000 or so. Also, bits representing potential factors of 3 or 5 mod 8 are cleared. This process eliminates roughly 95% of potential factors. The remaining potential factors are tested using the powering algorithm above.
3 days ago · To calculate the isosceles triangle area, you can use many different formulas. The most popular ones are the equations: Given leg a and base b: area = (1/4) × b × √( 4 × a² - b² ) Given h height from apex and base b or h2 height from the other two vertices and leg a: area = 0.5 × h × b = 0.5 × h2 × a. Given any angle and leg or base.
