Answer:
The maximum amount of time that the ballroom can be rented is 3.4 h.
Step-by-step explanation:
In order to find the maximum amount of time the ballroom can be rented we can create an inequality in such a way that the cost must be less or equal to $80.58, which is the amount of money that is available. So we have:
c = 23.7*h
80.58 >= 23.7*h
23.7*h =< 80.58
h =< 80.58 / 23.7
h =< 3.4 h
The maximum amount of time that the ballroom can be rented is 3.4 h.
Answer:
10/13 ≤ x < 18/13
Step-by-step explanation:
-1 ≤ 13x - 11 < 7
If a ≤ u < b then a ≤ u and u < b
⇒ -1 ≤ 13x - 11 and 13x - 11 < 7
-1 ≤ 13x - 11
Add 11 to both sides: 10 ≤ 13x
Divide both sides by 13: 10/13 ≤ x
13x - 11 < 7
Add 11 to both sides: 13x < 18
Divide both sides by 13: x < 18/13
Combine the intervals
10/13 ≤ x < 18/13
You just divide V from PV to get P and what you do on one side you do to the other so you get
P = (nRT)/V
If you're speaking of a sphere the circumference is d^2pi. Area=4/3r^3pi.
Answer:
$87,696
Step-by-step explanation:
First lets multiple how much she makes a week. So do 14.5 times 40 =580. So Kim makes $580 a week. Now multiply this $580 times the 48 weeks = $27,840. Now we need to find her bonus. So we will multiply .05 times 27,840 = 1392. Now we need to add that back to her total. So 27,840 plus 1392 = 29,232. Now since she has worked there for 3 years, we will multiply her yearly salary (29,232) by the 3 years she has worked there. So we do 29,232 times 3 = 87,696. And that's your answer.