One times ten to the twentieth power is written as:
100 x 1020 or as 1021
This is a one (1) followed by 21 (twenty-one)
zeroes or
1,
000,000,000,000,000,000,000
Five times ten to the third power is 5000 and three times ten to the second power is 300; 5000 + 300 = 5300.
Five point one times ten to the sixth power is equal to 5,100,000.
5600
The sixth power of ten is (10^6), which equals 1,000,000. Therefore, 3 times the sixth power of ten is (3 \times 10^6), or 3,000,000.
5.3 times ten to the negative first power is 0.53
41 times ten to the third power = 41,000
Five times ten to the third power is 5000 and three times ten to the second power is 300; 5000 + 300 = 5300.
Five point one times ten to the sixth power is equal to 5,100,000.
One times ten to the negative fifth power
5600
5.3 times ten to the negative first power is 0.53
The sixth power of ten is (10^6), which equals 1,000,000. Therefore, 3 times the sixth power of ten is (3 \times 10^6), or 3,000,000.
* 1·10100 * 1×10100 * 1*10100 * 1.0E+100 (one times) ten to the power of (one) hundred (one times) ten to the hundredth
It is 37,500.
ten and seventeen twentieth:= 10+ 17/20= 10 + 0.85= 10.85
It is 140.
YES!!! 10^(2) X 10^(4) = 10^(2 + 4) = 10^(6) Rules for indices, #1 ; the coefficient MUST be the same in both numbers. #2 ; for multiplication you ADD the indices #3 ; for division you subtract the indices #4 ; for 'nesting' you multiply the indices., Using your figures '- #1 is satisfied as the coefficient is the same , at '10', in both terms. #2 as per the question multiplication 10^(2) X 10^(4) = 10^(2+4) = 10^(6) #3 If dividing 10^(2) / 10^(4) = 10^(2 - 4) = 10^(-2) - 1/10^(2) = 1/100 #4 if 'nesting' (10^(2))^(4) = 10^(2 x 4) = 10^(8) = 100,000,000 Similarly 2^(3) X 2^( 6) = 2^(3 + 6) = 2^(9) However, 2^(3) X 3^(2) cannot be done as the coefficients are different.