tinfoilhat

$12.55 * 7 = $87.85

That's how much community money he spent on the baskets.

$87.85 + $10.25 = $98.10

Money spent + leftover money

Perhaps Joseph had the intention of saving nickels, but he didn't find any nickels to save.

It's safe to assume that Joseph can have 0 of one of the coins, since it isn't specified in the problem.

The remainder of the money is 14*20 = $280.

This is also equal to 7/8 of the prize money. If 280 is 7/8, and we must find 1/8, we divide 280/7 = 40. 

Each individual player received $10.

Write equations!

Let S be Aaron's regular salary.

1/4(2/3S - 350)-60 = 240.

1/4(2/3S - 350) = 300

2/3S-350 = 1200

2/3S = 1550

S = 2325

The prime numbers from 1-10: 2, 3, 5, and 7.

This means a 2/5 chance of rolling a prime number on 1 die. Thus, three dice have an 8/125 chance of rolling all prime numbers.

The chance that 1 die doesn't roll a prime number is 3/5, which comes from 1-2/5. This gives a 24/625 chance for one arrangement of dice rolls (i.e. PPPN). To find the total number of arrangements, we do 4 choose 3 = 4. Since there are 4 different ways to obtain this result, our answer is multiplied by 4 to get 96/625.

See https://web2.0calc.com/questions/quick-need-it-quick

Probability = favorable/possible

Possible = 13 choose 3 = 286

Favorable = 5 choose 1 * 6 choose 2 = 75

Answer: 75/286

see https://web2.0calc.com/questions/help_51882

The point-slope form of a line is y-y_1=m(x-x_1), where a point is (x_1, y_1). The slope of our line is (7-(-1))/(1-7) = -4/3. Thus, we may input (1,7) into y-y_1 = -4/3(x-x_1), getting y-7 = -4/3(x-1), so y=-4/3x + 4/3 + 7 = -4/3x + 25/3.

m+b = 7

I don't think there is a question here...?

56 = 8 * 7. This means that 8*11 mod 56 is equivalent to 8*4 mod 56, or 32.

Since 2*5 = 10, the answer is 32 + 10 = 42

Input x=1. a + b + 2 = 0.

Input x = -1. a - b + 2 = 0.

Add the equations: 2a+4=0 --> a=-2

-2 + b + 2 = 0, so b = 0.