Scientific Notation

Scientific notations do not care about the range of the number in question but do so about its precision. Therefore the notation for the given number will be -

7.53 X 102

46,500 in scientific notation = 4.650000e+4

41,214 = 4.1214 x 10^4

It is: 2 times 7^4 = 4802

2.115 x 10^-3 x 4.05 x 10^-5 = 8.56575 x 10^-8

It is: 3.0*107

It is: 5.0*1011

1.386 x 109.

3.437 x 10^6

921,000.00 = 9.21 × 105

0.043 = 4.3 × 10-2

1,263=1.263x10^3

9.231 X 10^-4 milliwatts

It is 9.42 (as it was) but if you must insists, 9.42*100.

It is 9.42 (as it was) but if you must insists, 9.42*100.

It is 9.42 (as it was) but if you must insists, 9.42*100.

It is 9.42 (as it was) but if you must insists, 9.42*100.

It is 9.5*10^9 in scientific notation

To do scientific notation, all you have to do is take the decimal and move it over until you only have one number in front of it, then write x10^the number of spaces the decimal moved. For example 630,000 would be 6.3x10^5 because you moved the decimal over 5 times.

It is: 7.7*10^2

6.403228 x 109.

It is: 2.204*10^9

It means that the decimal point has to move to the left.

7.34 x 10^-3

0.026 can be written in scientific notation as 2.6 x 10^-2.

It is: 8.72*10^4

14.6 in Scientific Notation = 1.46 x 101

to do that you must take the number of grames the salt has and times it by 100