Scientific Notation

It is: 2.4*103

8.8 x 101 This is the same as saying 8.8 x 10. It might be useful to understand some of these simple powers: 100 = 1 101 = 10 102 = 100 Use these to help you figure out scientific notation.

77 written in scientific notation is 7.7 × 10^1

No. There has to an exponent on the 10, anywhere from 0 to infinity. A correct example of scientific notation would be 6.022 x 1023, which is Avogadro's number, or 3.0 x 108m/s, which is the speed of light in a vacuum. The correct format for scientific notation is one nonzero digit in front of the decimal point times ten raised to some power.

how do yorite 62360 in e notaon

It depends on how deep you go, but can be up to 18,000 psi but you need to be at lest 10km down for that.

7.05 x 10^4

457.430 = 4.5743 × 10^2

3.14159 x 10 to the 5th power You move the decimal 1 place to the right and then count the places to the right of the decimal.

If you mean: 1,100,000 then it is 1.1*10^6

A number is said to be in scientific notation when it is written as a number between 1 and 10, times a power of 10 (power is an integer). Thus, 0.0000395 is written in scientific notation as 3.95 x 10^-5.

0.000045 in Scientific Notation = 4.5 x 10-5 or 4.5e-5

The scientific notation of 271,917,000 is 2.71917x108.

In scientific notation, the number can be written as 2.3x10-5.

This can be important when a measurement of importance is the small difference between two very similar quantities. If the similar quantities are expressed in scientific notation such that some decimals are lost, it is possible that the difference appears to be zero.

Saturns mass is 5.6846 x 1026 kg, around 95 times the mass of the Earth.

Saturns Volume is around 8.2713x 1014 cubic km, around 764 times that of Earths volume.

Saturns gravitational strength at the equator is most similar to Earths at 1.065g.

2.5 million in Scientific Notation = 2.5 x 106

2.93 x 10^-2

There's nothing to change here. There is no advantage or reason to write 9.826 in scientific notation. Technically, however, it could be written as 9.826 × 100, but this is not normally done.

Scientific notation doesn't exactly have a lot of steps, but I will discuss how it is done. Let us say, you want to convert the number 1,300,000,000 to scientific notation. First, count the number of digits. It turns out to be a ten digit number. Then we observe that the first two digits are not zeroes. So in scientific notation this turns out to be 1.3 x 109. This works out, because we are taking a 1 digit number with another number past the decimal point, 1.3, and then adding another 9 zeroes by use of the term 109 which thereby gives us the equivalent of the original ten digit number that we started with.

6.75 x 10^5 = 67,500 the number ( decimal one) has to always be between 1-10 and if the number is smaller than one to begin with the exponents has to be negative

Move 4 decimal places to the right from the starting point to get:

6.7 x 10-4

The exponent is negative for base 10 since the leading digit occurs in ten-thousandths place.

If we wrote 23.6 million in scientific notation we have 2.36 x 107 for the answer. In scientific notation, there is only one non-zero figure to the left of the decimal, and the other significant figures appear to the decimal's right. We then write an appropriate power of ten to finish our conversion. Out 23.6 million is 23.6 x 106, but we need to shift the decimal one place to the left. That means we'll have to add a power of ten to get the correct conversion, hence 2.36 x 107 will be the correct answer.

0.009402 = 9.402 x 10^-3

4.96 x 10 to the power of 1.