There are 3 alternative routes by which you may drive to work: alabaster street, brillantine street, and clancy street. it is the beginning of rush hour, and by experience alabaster street will be closed by a car crash on average in 25 minutes, brillantine street in 50 minutes, and clancy street in 40 minutes. accident times are completely unpredictable. if you leave for work in one hour (60 minutes), what is the probability that (at the moment you leave) a route to work will still be open?

Refer to the table below if needed. second quadrant third quadrant fourth quadrant sin(1800- - cos(180° -) tan(180°-e) =- tane cot(1800-0) 10 it to solo 888 sin(180° +c) = - sine cos(180° +) =- cose tan(180° +c) = tane cot(180° +o) = cote sec(180° + c) = - seco csc(180° +2) = - csce sin(360° -) =- sine cos(360° -) = cose tan(360° - e) =- tane cot(360° -) = -cote sec(360° -) = seco csc(360° -) = csco sec(180° -) = csc(180° -) = csca 1991 given that sine = 3/5 and lies in quadrant ii, find the following value. tane

Choose the linear inequality that describes the graph. the gray area represents the shaded region. a: y ≤ –4x – 2 b: y > –4x – 2 c: y ≥ –4x – 2 d: y < 4x – 2

The zoo collects $9.60 for every 24 tickets sold. how much will be collected for 400 tickets?