Go Where Ya Need To!
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This page may take a few moments to load because of the pictures. MORE OLD QUESTIONS Answers to the previous problems are down below. Just scroll down for them. Scroll carefully because the questions come up first, so if you want to try them before you see the answer, don't scroll all the way down. Sari visits her friend LaToya so often that she likes to vary her route. If Sari never moves along diagonals and never walks back toward her own house, how many different routes can she take to go to LaToya's house? You have to list each route and then check carefully. There are a total of 5 routes she can take. The first way is through letter E and then to the right. #2 is to A and down then turn right. #3 is to B and down then to right. #4 is to C and down then turn right. #5 is to D and down to LaToya's house. Answer to The Math Projectionist: Mr. Rampolla went to a carnival this past summer and he met the Math Projectionist. He invited him to our school but he was unable to attend in person, so he sent along this. The Math Projectionist is trying to project his thought into your mind. Are you receptive to his thoughts. If you are then you will know the two whole numbers he is thinking about. He is giving you a clue because it is your first time.
The Answer to The Pizza Problem: Mr. Titen and Mrs. MacKinney were having lunch. They ate three pizzas from the tray. Now they want to split the rest equally. But as you know Mrs. MacKinney can't do anything in a simple way. She said that we must split the pizzas with ONE single straight slice through the tray so that it divides the pizzas fairly. One solution is to cut horizontally through the tray. But that's too easy, find another way to cut them so that the areas are equal on each side. (Remember it must be a straight cut.) or
Mr. Berk, my Principal, and I were talking the other day. We were discussing the finer points of life and he posed this question to me:
Well thanks for checking the answer. Hope to see ya next week.... be good and be well. mR.t You are visitor number: Page by: Mathman (Bruce A. Titen) © 1998 |