Answer:
x = s, y = t, z = 8 -s -t
Step-by-step explanation:
It can work reasonably well to let s and t represent any of a pair of the variables. In the answer above, we have used x=s, y=t.
You could get more elaborate if you want:
x = 4-s, y = 4-t, z = s+t
Answer:
C. 60,000
Step-by-step explanation:
<u>Given</u>
- 24,000 fans attended a football match
- three times as many bought tickets
- one-sixth of them cancelled their tickets
<u>Three times as many bought tickets</u>
24,000 * 3 = 72,000
<u>one-sixth of them cancelled their tickets</u>
72,000 * 1/6 = 12,000
<u>Subtract</u>
72,000 - 12,000 = 60,000
<u>Answer</u>
60,000 people are attending this week
Answer:
14.29
Step-by-step explanation:
Let p be the price of the cd
we take the price of the cd plus the tax and it must be less than or equal to 15
the tax is the price of the cd times 5 %
p + p*.05 ≤15
Combine like terms
p*1.05 ≤15
Divide each side by 1.05
p ≤15/1.05
p ≤14.28571429
Rounding to the nearest cent
p ≤14.29
The maximum price is 14.29
Answer:
no,no,yes,no
Step-by-step explanation:
Function: 12<=w-27
First one: W=34 34-27=7 7 is not greater than or equal to 12
Second one: W=36 36-27=9 9 is not greater than or equal to 12
Third one: W=45 45-27=18 18 is greater than or equal to 12
Last one: W=37 37-27=10 10 is not greater than or equal to 12
Hopefully you can go to be now!
There are six digits to choose from, but you're only taking three at a time, so the number of such numbers is
The first and last digits can only be even if the number takes the one of the forms "2 _ 8" or "8 _ 2". The middle number can be any of the remaining four, so there is a total of eight such numbers.
This means the probability of getting a number beginning and ending with an even digits is
.
