AnimalMaster

So sum of two positive numbers is 4, and sum of their squares is 28.

Only possible numbers are 1 and 3, and 2 and 2. 0, 4 wouldn't work because square of 0 is 0.

1 + 3 = 4 

1^2 = 1

3^2 = 9

1+9 = 10.

(1,3) doesn't work.

2 + 2 = 4.

2^2 = 4

2^2 = 4

4+4 = 8.

(2,2) doesn't work.

Nothing positive works... so unless they're negative, the problem has no answer.

This doesn't seem like algebra... (imo)

Theodore has 24 baseball cards and sells 1/4 of them to Tom.

1/4 of 24 is 6.

So he sells 6 to Tom.

24-6 = 18. Theodore has 18 cards left.

Sells 1/3 of those, and 1/3 of 18 is also 6.

Subtract 16: 18 - 6 = 12.

So Theodore has 12 cards left.

So... biggest integer that's less than sqrt6 + sqrt7.

Sqrt6 + sqrt7 = 5.095...

So the greatest integer less than 5.095 is 5.

So a 52 card deck, and we want to find the probability of being dealt a king or a black card.

Well, there are 4 kings, hearts, clubs, diamonds, and spades (not in order).

And there are 26 black cards INCLUDING 2 kings.

So it's 26 black cards (including king) + 2 red kings = 28.

So 28/52 OR 7/13 which is the same as EP! 

So basically 1:52:30

So we know that it spreads 25 square meters every 1/6 of an hour. That's 10 minutes.

So 25 meters PER 10 minutes.

2 hours = 120 minutes.

120 / 10 = 12.

25 * 12 = 300 meters.

Pretty sure that's incorrect.

That's not an ordered pair though.