nm. A nanometer represents 10 ^ -9 or one billionth of a meter.
If M and N represent numbers and are to be multiplied, it doesn't matter if you multiply NM or MN. Just think, 7x8 and 8x7 still = 56.
This is actually a defined value.nm can be defined as a recursive function:nm = n * nm-1 for n,m > 0If we follow this definition, we will always come to m = 0, so a value must be defined for n0. The logical choice is n0 = 1, since it will always make our definition hold true.-----------------------------------------------------------------------------------------------------The work above is not mine, I'm in no way correcting this work rather enforcing and elaborating it by giving an example to make it easier to understand (hopefully). As above nm can be reworked:nm = n * nm-1for an example let's use 23(n=2 and m=3). using the recursive function we have : 23= 2*23-1......23 is 8 so the other side of the equation should also give us 8 which it does because 2*23-1 or 2*22 or 2*4 =8although it is simple enough to solve 23 without using the recursive function we now understand the logic and see it works (which always helps me) and can now use this function to understand why a # to the 0th power =1.So now for an example we'll use: 20(n=2, m=0) using the recursive function we have 20 = 2*20-1 ; so even not knowing 20 we do know that solving the other side of the equation will give us the answer so: 2*20-1 or 2*2-1 or 2*1/2 = 1. So we know that 20=1this can be applied with any base number to discover that anything to the 0th power is in fact 1..hope that helped-----------------------------------------------------------------------------------------------------The above works aren't mine, I'll try to offer the most simple explanation possibleFirst, let's ask how do we end up with n0?As the rules of indices defines, nm/nm = nm-m = n0, while the fraction itself, if we do not subtract their indices, can be simplified from nm/nm to 1/1, because we have cancelled out the same nm at both numerator and denominator, and if you know your divisions, 1 divided by 1 is 1, therefore we have come to the conclusion n0 = 1.
Yers, both of you are responsible for your children.
Conversion Factors:1 meter (m) = 109 nanometers (nm)1 m = 102 centimeters (cm)Conversion Factors can be written as a fraction, with one side of the formula in the numerator (top) and one side in the denominator (bottom).Example: ( 1 m / 109nm ) or ( 109nm / 1 m )Combine the conversion factors in a way, so that meters cancel out, because we don't have meters in the initial problem. Units can cancel, just like any other factor using a fraction.( 109nm / 1 m ) x ( 1 m = 102cm ) = 109nm / 102cm = 107 nm / cmThis translates to: 1 cm = 107 nmConvert either unit into the other, using thederivedconversion factor we just came up with. I'm going to convert the 10 nm into cm's because it's easier.10 nm x ( 1 cm / 107nm ) = 10 / 107 nm = 1 / 106 nm = 10-6 nmNote: You can move a number raised to an exponent from the numerator to the denominator, or the other way, as long as the polarity of the power changes. Polarity is just negative or positive. This was an optional step, I did it because it just is easier than expressing a fraction.Now Volume of a Cube, is going to be side cubed: V = s3Volume of small cubes = (10-6cm)3 = 10-18cm3Volume of the larger cube = (1 cm)3 = 1 cm3To figure out how many cubes fit into the larger cubes, divide the volume of the larger cube by the volume of a single smaller cube. The units cancel out, which makes sense because this is a "counting number", that is, you really don't say I have 3 second apples, you just say I have 3 apples.1 cm3/ 10-18cm3= 1018Remember, you can move numbers raised to a power along the numerator and denominator as long as the polarity of the power changes.The answer is 1018 cubes. That's a 1 with 18 zeros following it, orone quintillion.
Algebraic Steps / Dimensional Analysis Formula 728 nm*1 m 1000000000 nm=7.28e-7 m
You do not. A nanometre (nm) is a measure of length or distance in 1-dimensional space while a cubic centimetre is a measure of volume in 3-dimensional space. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid without some addition information.
20,000,000 nm Algebraic Steps / Dimensional Analysis 2 cm*10000000 nm 1 cm=20,000,000 nm
1 nanometre = 0.000000001 metres. To convert a value in nanometres to metres, multiply by 0.000000001. Algebraic Steps / Dimensional Analysis Formula ____ nm*1 m 1000000000 nm=? m
4.92e-9 m Algebraic Steps / Dimensional Analysis Formula 4.92 nm*1 m 1000000000 nm=4.92e-9 m
0.278 nm = 0.000278 µm
7.456454307e-12 mi Algebraic Steps / Dimensional Analysis Formula 12 nm*1 cm 10000000 nm*1 in 2.54 cm*1 mi 63360 in=7.456454307e-12 mi
There can be no conversion. A nanometre is a measure of length in 1-dimensional space while a Kelvin (there is no "degree Kelvin") is a measure of absolute temperature or thermodynamic activity. The two measure different things and, according to basic principles of dimensional analysis, any attempt at conversion from one to the other is fundamentally flawed. However, if the question is about black-body radiation, the answer is 5520 Kelvin.
convert 15 nm into km
1000000
Multiply by 1000000.
You cant. One is a measure of rotational speed and the other is a measure of applied torque. You could convert Nm to Ft-lbs or In-lbs.