# 0.034 in scientific notation

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## 1. Make the number a brand-new number between 1 and 10

Move the decimal allude to make 0.034 a brand-new number in between 1 and also 10. Since our original number is less than one, we relocate the decimal point to the right. Drop any type of zeroes in front of the number. Keep track of how many times we relocate the decimal allude.

0.034 -> 3.4

Our brand-new number is 3.4. We relocated the decimal point 2 times.

## 2. Define the power of 10

Due to the fact that our original number was much less than one, the exponent specifying the power of 10 is negative. Remember, we relocated the decimal point 2 times, so the exponent is negative 2

## 3. Final result

Scientific notation, or traditional form, renders points less complicated when functioning through very tiny or very huge numbers, both of which come up generally in the areas of scientific research and also design. It is supplied in scientific research, for example, to convey the mass of the heavenly bodies: Jupiter’s mass is kg, which is easier to comprehend than composing the number 1,898 complied with by 24 zeroes. Scientific notation additionally provides resolving difficulties that use such high or low numbers more straightforward.