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Arithmetic series answer key
S n = 1 2 (n) (a 1 + a n) S 40 = 1 2 (40) (− 4 + 74) = . Now that we know the three important values, { a 1 = − 4, a n = 74, n = 40 }, we can now apply the sum formula for the arithmetic series. Learn how to replace your car's electronic key fob. News, Images, Videos and many more relevant results all in one place. . You will always find what you are searching for with Yahoo. Find all types of results for arithmetic series answer key in Yahoo. Solution: Let "l" be the number of bricks in the last step Number of bricks in the 1st step (a) = Number of bricks in the 2nd step = - 2 = 98 d = 98 - = -2 number of steps (n) = 30 (i) t 30 = a + 29d = + 29 (-2) = - 58 = 42 So, we will have 42 bricks in the top most step. After solving for the value of \large {d} d, we can now solve for the value of \large {a {}_1} a1. Multiply equation #1 by − Then add it to equation #2. We get {d=2} d = 2. Plug the values into the alternative arithmetic series formula. This is the system of equations that we are going to solve by the Elimination Method. Solution: a = (a-b)/ (a+b) d = (3a-2b)/ (a+b) - (a-b)/ (a+b) d = [3a - 2b - (a - b)]/ (a + b) d = [3a - 2b -a + b]/ (a + b) d = (2a - b) / (a + b) Sn = (n/2) [2a + (n - 1)d] Apart from the stuff given above, if . If you know how to get a new electronic car key, you can save both time and money. Replacing an electronic key doesn't have to be an expensive hassle.