The equation for this problem would be
Total Earnings = Base Pay + 12% (Sales)
Substituting the known values,
Total Earnings = $19800 + 0.12($27200)
Total Earnings = $23,064
Thus, the answer is letter C.
I hope I was able to answer it clearly. Have a good day.
Well, it seems tome that if he makes 91% of all his free throws, then every time
he steps up to the line, there's a 91% chance that he'll make THAT throw.
Now the basketball has no memory, so the probability is the same for each
attempt, and the probability of succeeding on two consecutive attempts is
91% of the probability of succeeding on the first one, and so on and so forth.
So the probability of 6 consecutive baskets is (91%) x (91%) x ... etc, 6 times.
That's just (0.91)⁶ = <em>56.787 percent</em>.
Answer:
Step-by-step explanation:
5x-4=20
5x=24: x=24/5
y=3x-12
y=3(24/5)-12
y = (72-60)/5
y=12/5
Answer:
55
Step-by-step explanation:
So start with the total 1,000
then take the 1,000 and minus it by the 450 year so then you can see how much money you have left for the times that she can go to the gym to play.
1,000 - 450 = 550
Now you 550 dollars because basic math. Then you divide the number you got which the number you got was 550 so 550÷10 you divide it by 10 because the rent is 10 each time.
550 ÷ 10 = <u>55</u>
Now you get 55 so that means she can got to the gym 55 times before she goes over 1,000 dollars!
Hoped this helped. Don't forget a middle school person did this so I bet you could have too!
I think its 18.24 because if you multiply it by 3.14 then subtract u should get 18.24