100,000(1 + .0415/4)^(20 * 4) = about $$228,353.33 at the end of 20 years
Interest = $228,353.33 - $100,000 = $128,353.33
Yep....looks like you did a good job!!!!!
1001 = 7 * 11 * 13 [consecutive primes !!!]
The sum of these is 31
2 / sqrt(2) = [sqrt(2) * sqrt(2)] / sqrt(2) = sqrt(2)
Yep, equal.......!!!
0.000000786
Move the decimal 7 places to the right [ to the right of the first non-zero digit]
Then write
7.86 x 10-7
Where the exponent on the 10 is the negative of the number of places we moved the decimal
(57.3) (57.3) = 3283.29
(3/5) - (2/3) getting a common denominator of 15, we have
9/15 - 10/15 =
-1/15
There are infinite answers to this.....
-226 + 1
-227 + 2
-300 + 75
etc.
The graph of x + y = -225 will show infinite integer solutions.....!!!!!
HAHAHAHA!!!!....this is an "old" one........apparently, there is no definitive answer.....
Here are the results of three "investigations" ...........http://www.tootsie.com/howmanylick-experiments
[I'm sure there may be more floating around the ether........!!!!! ]
326 / 3 = 108 + 2/3
(5g^8 k^12)^4 using (am)n = a m*n we have
5^4 * (g^8)^4 * (k^12)^4 =
625g32k48
