i reckon its Quadrants on a trivial pursuit counter Steve
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There are six letters between M and T. They are n, o, p, q, r, and s. The midway point is in the middle between P and Q, so there is no one letter midway between M and T. If you must have an answer, it would be both P and Q.
1.a 2.i 3.c 4.u 5.u 6.m 7.h 8.b 9.q 10.m 11.b 12.a 13.i 14.t 15.p 16.t 17.c 18.h 19.t
p=t*C, where C is a constant value (in this case, the person's rate of pay). To determine C, solve for C for the p and t given. 10800=16C C=10800/16 C=800 Therefore, the equation is: p=800t
There is no simple way. A polynomial of the form f(x) = ax4 + bx3 + cx2 + dx + e may have four real factors: it may have none. Binomial factors will be of the form px + q, where p is one of the factors of a and q is one of the factors of e. In general, p and q can be positive or negative. That gives a very large number of possible binomial factors of the polynomial. Evaluate f(x) for x = -q/p, that is, substitute x = -q/p in the polynomial and calculate its value. If f(-q/p) = 0 then (x + q/p) = (px + q) is a factor. It may be possible to find the zeros of the quadratic by numerical or graphical methods. If x = z if a root then (x + z) is a factor. If the four factors are (x - s), (x - t), (x - u) and (x - v) then s+t+u+v = b/a st +su+ sv + tu + tv +uv = c/a stu + stv + suv + tuv = d/a and stuv = e/a One option is to solve these equations simultaneously for s, t, u and v.
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