1000000000000000000000000000000000000000000000000
Dingbot thinks this could be gibberish.
The question, in exponential form, is "what is 104^12"
So, 104^12 = 1048.
A quick count of the zeroes in the answer shows forty-eight, i.e. the answer is the common decimal notation for 1048, and is thus correct by my count.
Maybe someone else could check to be sure.
If the number of zeroes checks out, the answer (though long!) is correct.
Value = 10000*[1 + 21/(100*12)]^(20*12)= 643073.03 approx.Value = 10000*[1 + 21/(100*12)]^(20*12)= 643073.03 approx.Value = 10000*[1 + 21/(100*12)]^(20*12)= 643073.03 approx.Value = 10000*[1 + 21/(100*12)]^(20*12)= 643073.03 approx.
-0.0012 = -12/10000 = -3/2500-0.0012 = -12/10000 = -3/2500-0.0012 = -12/10000 = -3/2500-0.0012 = -12/10000 = -3/2500
In 1990 a 12 pack of eggs was sold for around $450 I hope this will help you
i think 10000 to 15000..........am i right???
10000 per month
100-10000 USD
10000 10000 10000 10000 10000
$10,000.00 in 1923 had the same buying power as $139,955.62 in 2016.
10000 nickels would be worth: $500
10000 to the power 100000000
1200
1% of 10000 = 10000*1/100 = 100