Scientific Notation

The scientific notation of that term is:

1.2 x 105.

If you mean: 8.8*10^26 then it is in scientific notation which means that the decimal point must be moved 26 places to the right to work out its original value.

3.29 × 10-2

It is: 1.74*10^6

It is 2.9005*101

You multiply the mantissas, and add the exponents. After that, you may wish to normalize.

Example: 2x105 x 6x106 = 12 x 1011. Notice that I multiplied 2 x 6 to obtain 12, and that I added 5 + 6 to obtain the new exponent, 11. You may wish to normalize this result to 1.2 x 1012.

7.8 x 10^4

5.0 × 108

The exponential form for the number 36 is 3.6 × 101

6.5 × 10-6

41.6 million = 4.16 x 107

39.3 in standard notation = 3.93 x 10^1

3 x 10-5

10 raised to -5 is 0.00001. Multiply by 3 to get answer.

154000

9.19263177 × 109

or

9.19263177E9

It is: 3.0 times 10 to the power of -11 in scientific notation

The 7 and the 6.

It is: 1.3*10^4 in scientific notation

Not at all. Scalar are numerical quantities without direction (for example time) where as vectors are numerical

quantities with direction (for example gravitational force downward)

1.54e-10m

You write 7 hundredths (0.07) in standard form as 7.0 × 10-2

70000000 = 7x107

85,600