When calculating probability, the easiest thing to do is first count how many things there are to choose from.
5 + 3 + 1 + 2 + 3 + 1 = 15 Also, there are 3 E tiles, and 1 Y tile. 3 + 1 = 4
The probability of you drawing a E or Y tile is 4 / 15
I think the answer: 0,6
step-by-step explanation:
this would make it the y intercept.
Answer: Kameryn will have typed more words than Joe after 34 minutes
1 is not true generally, while 3 and 4 are never true. 2 is the only generally true conjecture.
Answer:
Step-by-step explanation:
I wrote an excel macro that listed all of the combinations of these 6 numbers in a string, with the x and = symbols mixed in every possible way. (The first combination was “1*2=4568” and the last one was “8654=2*1”) I then had the macro evaluate the equations and find the ones that evaluated to true. Out of the 18,000 combinations of numbers and math symbols, only 8 of them evaluated to true. The true combinations are…………..
416=52*8
416=8*52
512=64*8
512=8*64
52*8=416
64*8=512
8*52=416
8*64=512
(Note that there are only 2 distinct combinations that work. The macro found all the ways that you can express those 2.)
