TTH wrote in large letters, "WAKE UP WE WANT AN ANSWER TO THE RIDDLE"
Woah! Keep the noise down will ya, It's too early for making with the noise. Where the hell is Mark going with that car, is he ever gonna bring it back. I wanna go!
Cute Mark:
TRACK & CAKE
T/44 = T/52 + 1
After 286 seconds, TTH will have gone 6.5 laps to Mark's 5.5.
It would indeed take TTH 4 minutes 46 seconds to lap Mark's ample proportions.
SEQUENCE
89, 100, 101, 102, ..., 198, 199, 800, 801, 802, ..., 898, 899, 1000, 1001, and so on.
The sequence consists of the positive integers (also called natural numbers) beginning with vowels. :wink:
The Cubic foot of coal problem:
TTH:
Whatever weighs more than 50% of the cubic foot of coal.
I am sticking with this answer. If the coal weighs 200 lbs and something weights 50% more=300lbs. Reduce that by 50% and then you have 150lbs which is less than the original cubic weight of the coal=200lbs.
I know what you mean.
Mark:
1.5 cubic feet of coal.
Anything that is 50% heavier than a cubic foot of coal will weigh less when reduced in weight by 50%. Think of it this way: 150 is 50% more than 100, but 50% of 150 (75) is smaller than 100. Which is just what TTH said.
There's a rare disease that's sweeping through A2K. Of all the people that are exposed to it, 0.1 percent of the people actually contract the disease. There are no symptoms until the disease actually occurs, but there is a diagnostic test that can detect the presence of the disease up to a year before it strikes. So you could actually seek treatment.
You go to your doctor and he administers the test. It comes out positive. You say, "I'm done for!"
Then you get a little bit encouraged. You say, "Wait a minute, doc, is this test 100 percent accurate?" Your doctor responds, "Well, not really. It's 95 percent accurate." In other words, 5 percent of the people who take the test will test positive but they won't really have the disease.
Here's the question: What are the chances that you actually have the disease
Two planes headed towards each other, and are currently 440 miles apart. If one is going 240 miles per hour and the other 360 miles per hour, how far apart will they be four minutes before they meet
Who mentioned anything about chocolate?