5.86*107 = 5.86*10,000,000 = 58,600,000
Five times ten to the third power is 5000 and three times ten to the second power is 300; 5000 + 300 = 5300.
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
1.2 times ten to the fifth power in decimal notation is 120,000
To estimate 586 to the nearest ten, we look at the digit in the tens place, which is 8. Since 8 is greater than 5, we round up to the next ten, which is 590. Therefore, 586 estimated to the nearest ten is 590.
Five times ten to the third power is 5000 and three times ten to the second power is 300; 5000 + 300 = 5300.
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.
It is 37,500.
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.
1.2 times ten to the fifth power in decimal notation is 120,000
41 times ten to the third power = 41,000
.59 times ten to the power of ten
To calculate six times ten to the negative power, multiply 6 by the value of ten raised to the negative power. For example, if the power is -3, it would be 6 times 10 to the negative third power, which equals 0.006.