You have brains in your head.
You have feet in your shoes.
You can steer yourself
Any direction you choose. --Dr. Suess, Places You'll Go
The bottom line: Teens need 9.25 hours of sleep per night
In experiments done at Harvard Medical School and Trent University in Canada, students go through a battery of tests and then sleep various lengths of time to determine how sleep affects learning. What these tests show is that the brain consolidates and practices what is learned during the day after the students (or adults, for that matter) go to sleep. Parents always intuitively knew that sleep helped learning, but few knew that learning actually continues to take place while a person is asleep. That means sleep after a lesson is learned is as important as getting a good night's rest before a test or exam.
Editor's Note: This post is reprinted from an email that has been circulating around the internet. Some of the things stated as fact are false. It is a hoax. Please read the comments.Mr. Kuropatwa
the first one was just a warm up so it was easy. You are just going to use the formula to find tn and that's it.
First thing that we did was, we divided 8748 by 36 and got a quotient of 243 then we took the 5th root of it and got 3 as the common ratio. Then, we used the formula, plug-in the numbers and solve for the missing term.
(n-1)
First one:
Mr. K asked us to come up with two more different sigma notation for the same value and here's some of our answers. You can write the sigma notation of the same value in infinity ways.
We can use what we have learned to Mr. Green in his video clips that you can find in youtube, as we get the common ratio for the numbers in geometric sequence or you can divide the first two numbers, if you get r<1 then it converges and when r>1 therefore the answer diverges which you can see above.
We got the perimeter of the first triangle = 42 the perimeter of the second triangle = 21
the perimeter of the third triangle = 10.5
You can notice the pattern already didn't you?
try to get its common ratio by dividing the second number to the first number or the third number to the second one.
Lastly, use the formula for infinity then you'll get 84 as an answer.
This is so pretty straight forward so i won't explain it.http://home.alltel.net/okrebs/page131.html
http://www.sparknotes.com/testprep/books/sat2/math2c/chapter12section2.rhtml
(The following four are from the same site, just broken into separate portions.)
2. In the geometric sequence, if t1 = 3 and r = 2, find t3.
3. If the first term of a geometric progression is 1/3 and the common ratio is -3, find the next 3 terms.
4. Determine the common ratio for the geometric sequence; 1/(x^1/2), 1, (x^1/2).
Then, Mr. K told us the story of the great Johann Carl Friedrich Gauss
It means that the number 101 has been obtained 100 times in his method. He figured that this answer has been added twice. Therefore, he multiplied the answer by 1/2.| t | + | (t + d) | + | (t + 2d) | + ... + | (t + nd) |
| (t + (n-1)d) | + | (t + (n-2)d) | + | (t + (n-3)d) | + ... + | t |
| (2x + (n-1)d) | + | (2x + (n-1)d) | + | (2x + (n-1)d) | + ... + | (2x + (n-1)d) |
The "funky" looking "E" is a Greek letter for "sum". The number above the "E" means "to find the value of n, until we have obtained the nth term of the sequence. "n-1" means that this is the initial value of the sequence; meaning, you have to start evaluating at n-1. "2n - 1" is the "rule" of the given sequence.
To get this, all you need to do is to multiply the probability that he is moving to Winnipeg which is 2/9 and the probability that he is not marrying Angelina 11/20.
This is the probability of drawing four aces in a standard deck of fifty-two cards.
To answer this question, you need to make a Venn Diagram. Then from that diagram you will see that ten out of twenty-five students doesn't like either Dr.Pepper or Diet Dr.Pepper.
This is the probability of choosing two green dresses out of six.
First thing is to make a tree diagram and fill out the probability for each cases. Next is to get the probability of an SUV that has air conditioning and divide it by the probability of having a passenger car that has air conditioning plus the probability of an SUV that has air conditioning.
To get this, just add the probability of drawing a defective blade first and then a good blade and the probability of drawing a good blade first and then a defective blade.
For the 1st question, you can't use the number 0 as the first digit, so you nine choices left.
To get this, get the probability of getting exactly four hits out of 6 throws. Then, raise the probability of hitting to the fourth power and then the probability of missing to the second power.
Use this to create blog posts.
It's free and it's easy.
