Jason has two bags with 6 tiles each. The tiles in each bag are shown below: Make 6 squares. The squares are numbered sequential
ly from 1 to 6. Without looking, Jason draws a tile from the first bag and then a tile from the second bag. What is the probability of Jason drawing the tile numbered 5 from the first bag and an odd tile from the second bag? 3 over 6 4 over 6 3 over 36 4 over 36
Well, if he has two bags with 6 tiles each, you need to add up the number of tiles he has in total, so 6+6=12, which will be your denominator. Then to find the numerator, you have to think about how many even tiles that he has in total. 2, 4, and 6 are even numbered and he has two sets of each of those. So using that, what do you think the answer is? ^.^
A spinner with 5 equal sectors is shown in the figure. The colors Green, Blue, Purple, Yellow, and Red are marked on it. The arrow points at the purple color. Four cards are shown on the right side. The colors Red, Yellow, Blue, and Pink are marked on them.
Jane spins the spinner and selects a card without looking. What is the probability that the spinner stops at purple and a pink card is selected? (1 point)
the amount Selma's distance from home changes per unit of time The slope is 38, Which means that Selma's distance from home increases by 38 miles per hour.
For this case we have the following equation: h (t) = at ^ 2 + v * t + h0 Substituting values we have: h (t) = - 16 * t ^ 2 + 60 * t + 3 We equate the equation to zero: -16 * t ^ 2 + 60 * t + 3 = 0 We look for the roots of the polynomial: t1 = -0.04935053979258153 t2 = 3.7993505397925817 We are left with the positive root and round: t2 = 3.8 s Answer: t = 3.8 s option 3