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Given a polynomial P(x) along degree at least 1 & any number r there is another polynomial Q(x), called as the quotient, with degree one less than degree of P(x) & a number R, called the remainder, such that,
P ( x ) = ( x - r ) Q ( x ) + R
Note as well that Q(x) and R is unique, or in other terms, there is only one Q(x) & R that will work for a given P(x) & r.
Thus, with the one example we've done to this point we can illustrates that,
Q ( x ) = 5x2 + 19 x + 76 and R = 310
Express the answer as an integer, simplified fraction, or a decimal rounded to two decimal places.
graph and identify the conic section and describe the graph and its lines of symmetry then find the domain and range 3y^2 - x^2 = 25
let x,y,z be the complex number such that x+y+z=2,x^2+y^2+z^=3,x*y*z=4,then 1/(x*y+z-1)+1/(x*z+y-1)+1/(y*z+x-1) is
Coordinates for the point The listed first number is the x-coordinate of the point and the second number listed is the y-coordinate of the point. The ordered pair for any spec
in the year 2000, radio stations numbered 220. The number of stations has since increased by approximatly 14.3% per year. Let x represent the number of years since 2000,and y repre
Example: Solve following. | 10 x - 3 |= 0 Solution Let's approach this one through a geometric standpoint. It is saying that the quantity in th
I need help with my Discussion 1 for week 5 please. w^2 + 30w + 81 and ac + xc + aw^2 + xw^2 and last one is x^4 - x^3
Prove that cosets of an ideal I in a ring R are disjoint or equal
2.48=0.3x
(x2y4m3)8
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