MATH 1111 Final: Final-Exam-Formula-Sheet
Document Summary
The distance from (cid:4666) (cid:4667) to (cid:4666) (cid:4667) is given by (cid:4666) (cid:4667) (cid:4666) (cid:4667) . The midpoint of the segment from (cid:4666) (cid:4667) to (cid:4666) (cid:4667) is(cid:4672) (cid:4666) (cid:4667) (cid:4666) (cid:4667) The solutions of , , are given by . = annual interest rate = number of compoundings per year. Consider a function of the form (cid:4666) (cid:4667) (cid:4666) (cid:4667) (cid:4666) (cid:4667). Assuming that (cid:4666) (cid:4667) and (cid:4666) (cid:4667) are. Vertical asymptote (va) by setting (cid:4666) (cid:4667) and solving for x. Horizontal asymptote (ha) by considering the degree of the numerator ( ) and the degree of the denominator ( ). If , the ha is given by the ratio of the leading coefficients for (cid:4666) (cid:4667) and (cid:4666) (cid:4667). If , there is an oblique asymptote which can be found via long.
