0.0000064 g in Scientific Notation = 6.4 x 10-6g
Scientific notation
It is a variable and is expressed as a letter as for example it could be x or y
There are 1,000 milligrams in a gram, so 987 milligrams equal 0.987 grams.
It is calibrating.
Quantity x+4 times quantity x+1.
Your 76,254,048,000,000,000,000,000 is 7.6254048 x 1022 in scientific notation. Note that there is only onedigit to the left of the decimal, and the rest of the quantity is expressed in powers of ten.
If you mean 0.0015 then it is 1.5*10^-3 in scientific notation
2.5 mcg in Scientific Notation = 2.5 x 100mcg
An exact quantity of people used for a comparison. Their is also scientific notation to standard notation which is changing scientific notation so it would be a standard number.
Scientific notation
scientific notation
Scientific Notation or Standard Notation or (not USA) Standard Form.
Scientific notation is useful because it helps to read values' significant figures (sigfigs). For example, the number: 6.02^(-10) is much easier to read than .000000000602. When dealing with especially large or small quantities, scientific notation makes it easier to understand how big or small the quantity is.
Round a number to a quantity of significant figures that you provide. Enter whole numbers, real numbers, scientific notation or e notation.
Need to know the voltage. Quantity of electricity is expressed in Watts. Watts = amp x volts. Total quantity is expressed in watt/hours.
the answer is 70.5 cm
Depending how you interpret "quantity of matter", that can refer either to the mass (expressed in kilograms), or the number of moles.