Scientific Notation

It is: 3.28*105

2^50 is 1.125899907*10^15 in scientific notation

5.1 E09

where E09 means 10 to the power of 9

Note that it might also be

5.10 E09

5.100 E09

5.1000 E09

5.10000 E09

5.100000 E09

5.1000000 E09

5.10000000 E09

5.100000000 E09

5,100,000,000 has ambiguous implied precision. If the number were originally written as 5100000000. (with a decimal point at the end) the answer would be unambiguously 5.100000000 E09

That is not a number there are too many decimal point, there can only be ONE decimal point in a number.

0.00734 in scientific notation is 7.34 x 10^-3

8 million in Scientific Notation = 8 x 106

1550 = 1.55*103

259000 in scientific notation is written as 2.59*10^5.

It is: 5.2*10^4

16100.00 in scientific notation is 1.61 x 10^4

2.84 x 10^-1 m

2.863 x 10^1

It is 6.38*10^-5

it is 5.08 x10-3 kg

Scientists use scientific notation to compute very large or very small numbers.

6.40000e5

The correct answer is 6.4*ten to the power 5(10*10*10*10*10)

The term is interpreted as 105000000.0. Then, move 8 decimal places to the left, so the exponent for base 10 is 8. Hence, the term in scientific notation is 1.05 x 108.

The symbol for sulphur is S.

The answer is 4,096

Shift 7 decimal places to the right, so the exponent for base 10 is -7. Therefore, we have 7.28 x 10-7, which actually has 3 sig fig.

000062 in Scientific Notation = 0.00062 x 105

639 000 in scientific notation is written as 6.39 x 105.

If you mean: 0.00670 m then it is 6.7*10^-3 m in scientific notation

No. 35 is exponential notation, (3 is the base of the exponent 5), but in scientific notation the base must be 10 and the exponent must be an integer. 100.1 is exponential notation but not sci. notation.

The scientific notation of 0.5781 is 5.781 × 10-1