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Scientific Notation
Scientific notation is the expression of a number based on the largest exponent of 10 for its value, where the form is a decimal number A x 10n.
6,389 Questions
How do you write 264 million in scientific notation?
It is: 264,000,000 = 2.64*10^8 in scientific notation
What is the distance of the planets from sun in scientific notation?
Mercury: 5.791 x 10^7 km
Venus: 1.082 x 10^8 km
Earth: 1.496 x 10^8 km
Mars: 2.2794 x 108 km
Jupiter 7.7833 x 10^8 km
Saturn: 1.4246 x 10^9 km
Uranus: 2.87355 x 10^9 km
Neptune: 4.501 x 10^9 km
What is 70 billion in scientific notation?
Something that is a billion has base 109. Move one decimal place to the left and write out 1010.
It is 7.0 x 1010 in th short scale, which is mostly used today.
What is bias in a scientific investigation?
Bias in a scientific investigation usually comes in the form of wanting a particular result. This can skew with the process, doing things that an objective experiment would never do, such as only choose certain results as valid.
What is 0.00025 in scientific notation?
It is 2.5 x 10-4. In engineering notation, it is 2.5E-4.
2.5 * 10-4
Well, you didn't put a decimal point in there, so you'd drop the superfluous zeros to the left of the 25, and 25 in scientific notation is .......25, or if you wanted to push scientific notation past where it is normally used, it would be 2.5 X10^1
But I suspect you meant 0.000025, yes? That would be 2.5 X 10^-5
For very small numbers, any decimal fraction is expressed in scientific notation by counting the number of spaces you need to move the decimal point to the right to put it after the first non-zero integer. Move the decimal point to the right of that first integer and then make that number X 10 to the negative power of the number places you moved the decimal.
0.002 = 2 X 10^-3
0.00254 = 2.54 X 10^-3
0.000000003424 = 3.424 X 10 ^-9
For very large numbers, you count the number of spaces you need to move the decimal to the left so it ends up to the right of the largest column, and move the decimal there, multiplying it by 10 to the power of the number of spaces you moved the decimal.
2000 = 2 X 10^3
2100 = 2.1 X 10^3
123000000000 = 1.23 X 10^11
All you need to do for scientific notation is move the decimal point until the most significant digit (farthest to the left digit) is in the one's place. Count how many places you moved the decimal point, and this is your 'e' number. All 'e' shows is the exponent you need to multiply 10 by to get the original number. Our answer, 1.15e2, which really means 1.15 x 102
What is the scientific notation of 598000?
5.98x10^5
For scientific notation, you want to move the decimal point so that it's after the first digit. Then you count how many places you moved the decimal and make that the power of 10. In this case you moved the decimal point 5 places, three places in front of the 3 zeroes and two more places in front of the 9 and 8.
What are the steps to converting standard form to scientific notation?
In the UK, none, since they are the same. For people in the US,
To convert a number to scientific notation: · If the number has no decimal point, then add one at the end. · Then move the decimal point to just after the first digit while counting the number of places you have moved it. · The mantissa of the new number, formed after moving the decimal point is a. · If the original number is negative, then so is a. · The number of places to the left that the decimal point was moved is b. If it was moved to the right, then b is negative. For example: 23045.06 becomes 2.304506*10^4 -23045.06 becomes -2.304506*10^4 0.00023004 becomes 2.3004*10^-4
