Scott knew that the only chance we would have to answer this problem would be if he kept his money in a bank that pays no interest, so that's what he did. The bank simply stored his money in a mayonnaise jar under a tightly-guarded mattress, and he was allowed to come in and take some out of it each week.
He started with $500. He withdrew (500 - 20) = $480 in 12 weeks.
So he must have come in and picked up 480/12 = $40 each week.
If you solve it, you get 2=9, which is incorrect. That means there's no solution.
f(2) This means that x is 2, so you plug in 2 for x in the equation
Your answer is D
<span>There are 10,000 (10*10*10*10) possible sequences. There are 4C3 ways, 4, of having exactly three digits be the same value. The differing digit can be any of the four positions. There are 10P2 ways, 90 (10*9), to choose the digits of the sequence since we have 10 choices for the digit to be repeated, then 9 more options or the differing digit. The product of the combination arrangements and permutation selection, 4*90, shows there are 360 sequences with three of the same digit. Thus the probability is 360/10,000 or 0.036 or 3.6%.</span>
Answer:
Red
Step-by-step explanation:
You may have forgotten to add another pic.
