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With a compass draw the arc associated with a 720° angle, it looks like a circle. With a protractor, label the angle in multiples of 45° and 30° up to 720°. Notice 30° and 390° are in the same position thus they are co-terminal angles. Next on the same illustration, label the angle in multiples of -45° and -30° up to -720°. Negative angles are in the clockwise direction. Notice 330° and -30° are in the same position. Moreover 330°, 690°, -30°, -390° are co-terminal angles because they are in the same position.
Do assignment 1 in radians. With a compass draw the arc associated with a 4Π angle, it looks like a circle. With a protractor, label the angle in multiples of Π/4 and Π/6 up to 4 π radians. Notice Π/6 and 13Π/6 are in the same position thus they are co-terminal angles. Next on the same illustration, label the angle in multiples of - Π/4 and - Π/6 up to -4π radians. Negative angles are in the clockwise direction. Notice 11Π/6 and - Π/6 are in the same position. Moreover 11Π/6, 23Π/6, -Π/6, -13Π/6 are co-terminal angles because they are in the same position.
what is share and dividend?
Prove that a m + n + a m - n =2a m Ans: a m + n = a 1 + (m + n - 1) d a m-n = a 1 + (m - n -1) d a m = a 1 + (m-1) d Add 1 & 2 a m+n + a m-n =
A palm tree of heights 25m is broken by storm in such a way that its top touches the ground at a distance of 5m from its root,but is not separated from the tree.Find the height at
There are 20 defective bulbs in a box of 100 bulbs.if 10bulbs are choosen at random then what is the probability of there are just 3defective bulbs
f(x)=ex -3x
Hypothesis Testing About The Difference Between Two Proportions Hypothesis testing about the difference between two proportions is used to test the difference between the propo
1. The lifetime T (in days) of an electrical component has reliability function given by: R(t) = e -0.01t for time t > 0. An electrical system consists of four such components. Th
how do we solve multiple optimal solution
Limits At Infinity, Part I : In the earlier section we saw limits which were infinity and now it's time to take a look at limits at infinity. Through limits at infinity we mean
reflection
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