Rap:
Recycle Containers (or for the morbid caskets)
54.5, 55.5, 57.5, 58.5, and 62.5
Olympic Team
169=13*13 13 team members gave two nickels (total 26) and 3 pennies (total 39)
Two integers are 40 and 39. 40*39/(40-39)=40*39
Clock will be right in 12 hours and a little more than 47 minutes
Mark:
"Rap's right about the clock."
Holey tomalley

Could that have anything to do with the fact that I had already posted the ?'answers' ?
Rap: (before the answers) :wink:
Junior Olympics
Playing Football, baseball, or racing
T=FUBUR=F+B+R-F∩B-F∩R-B∩R+F∩B∩R=59+49+42-29-31-20+12=82
S=125-T=125-82=43
43 went swimming
Failed Tests
p/4-f/2=15/4
p-2f=15
p=7f
f=3
Failed 3 tests
Stacks of pennies
15/3=5 get thy mean to five?-but none equal
stacks are 4,5,6
tallest stack is 6
Yesterday is just a day ayay
T+2-5=T-3=wednasday
T is Saturday and yesterday is Friday
They are the freekin answers.
My Favorite is "Raising Arizona"
Very good choice.

Now if only they could do that for the gulf states.
Mark:
OLYMPICS
43
TESTS
3
PENNIES
6
DAYS
Friday
Tweedledum and Tweedledee look alike, but Tweedledum lies on Monday, Tuesday, and Wednesday, whereas Tweedledee lies on Thursday, Friday, and Saturday. They both tell the truth on Sunday. You come upon the two of them, and they make the following statements. In each case, determine who is who,

and what day it is
1.
A: I will lie tomorrow.
B: I lied yesterday, and I will lie tomorrow
2.
A: Today is not Sunday.
B: Today is not Monday.
Can you combine the three numbers in each group to get the same result in each of the three groups. You can use addition, subtraction, multiplication, division, and exponentiation.
Here's an example of a solved puzzle:
Question:
Group 1: 15, 19, 24
Group 2: 11, 30, 36
Group 3: 20, 22, 36
Answer:
Group 1: 24 / (19 - 15) = 6
Group 2: (30 + 36) / 11 = 6
Group 3: 20 + 22 - 36 = 6
Code:
Group 1: 1, 6, 11 Group 1: 3, 15, 18 Group 1: 9, 24, 28
Group 2: 13, 20, 33 Group 2: 10, 13, 36 Group 2: 13, 24, 32
Group 3: 20, 33, 40 Group 3: 24, 27, 39 Group 3: 24, 25, 48
World-renowned chemist Dr. Dweeb owned a 12-gallon jug full of sulfuric acid, and another smaller jug. He liked to make up his favorite 25% strength solution (with a quarter of the solution being H2SO4, and the rest good old H2O) with a curious procedure: first, he poured acid from the 12-gallon jug to fill the smaller jug, and then he topped off the big jug with water. After the acid and water had been thoroughly mixed in the big jug, he drew off another small jugful, and again topped off the large jug with more water, arriving at his 25% solution.
What is the capacity of the smaller jug
Come on, the answer is there.