Scientific Notation

-7.5 * 102

8.314 x 100

1.805 × 1010

Say a number is 156400000 you need to make a new number that is under 10 and over 1 out of the numbers so 1.564 then count the numbers after the decimal and do 1.564x10to the 8th power and if the original number is under 1 say the number is .5428 the new number still has to be under 10 and over 1 and the new number is 5.428 and you need the AWNSER to that is 5.428x10 to the -1 power

It is "(scientific notation)".

1.657 times 10 to the 4th power = 16,570

7.5 to the 6th power i think im not sure though

7.09 *10^5

It is: 8.92*1010

The standard form of seventy-five thousandths (0.075) is: 7.5 × 10-2

1.104 × 101

The number in the question IS in standard form! However, 100 = 1 and is usually not included.

1.610000e+1

In normalized scientific notation all numbers are written in the form a x 10^b (a times ten raised to the power of b) where a is a nonzero single-digit integer and b is an integer.

8.8 x 10^-11

1.56e11 or 1.56 x 1011

It is 2^5*3*5^5

It is: 3.08*10-10

0.00037 = 3.7e-4 or 3.7 x 10^-4

4 quintillion in scientific notation is 4 x 10^18

1.6575 times 10 to the -5th power in standard form is 0.000016575

13200000 written in scientific notation is: 1.32 × 107

It is scientific as is. i.e. no scientist would complicate this. However, you could add 4.8x100

If you mean: 2*104 times 4*1012 then it is 8*1016

0.00000238 = 2.38 x 10^-6