The result is too much for most hand-held calculators. However, you can do the calculation yourself on the Windows calculator, if you change it to scientific mode. The result is approximately 10301 - which means you would need 302 digits to write it out without using scientific notation.
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Another contributor offers . . .
I never did this before, but I think it's reliable:
log(2) = 0.301029995
log(21,000) = 1,000 log(2) = 301.029995
21,000 = 100.029995 x 10301 = approx 1.07151 x 10301 (rounded)
2 to the 3rd power times 5 to the third power
If you multiply 2 by itself 1000 times, you would get 2 raised to the power of 1000. This number is equal to a 1 followed by 301 zeros, which is an extremely large number. This can also be written as 2^1000 in exponential form.
0.002
1000 = 1X 10(to the power of 3) 500 = 5 x 10(to the power of 2) 30 = 3 x 10(to the power of 1) 3 = 3 x 10(to the power of 0)
1 Look for a pattern start 7 to the power 1, then 2, then 3, then 4, then 5 etc.
It is two lots of 2^1000 or 2 x 2^1000 = 2^1001 (^ is the keyboard symbol for 'to the power of')
10
1003/2
0.01 is.
2 to the 999th power
82 bhp is the power of the simca 1000 rallye 2 1973 engine and its maximum speed is 105mph.
2 to the 3rd power times 5 to the third power
If you multiply 2 by itself 1000 times, you would get 2 raised to the power of 1000. This number is equal to a 1 followed by 301 zeros, which is an extremely large number. This can also be written as 2^1000 in exponential form.
0.002
It is 8 (2 to the power 3).
1000 = 1X 10(to the power of 3) 500 = 5 x 10(to the power of 2) 30 = 3 x 10(to the power of 1) 3 = 3 x 10(to the power of 0)
1 Look for a pattern start 7 to the power 1, then 2, then 3, then 4, then 5 etc.