00:02
Hello, this question contains four subpart.
00:04
The first part of the question says that we have to calculate the approximate volume of a water molecule.
00:11
For a water molecule, the first part of the question, is equal to 2 .99 multiplied by 10 raised to the power minus 29 molar cube.
00:22
So in angstrom cube we can convert it multiplied by 10 raise to the power nothing in engstrom cube.
00:36
So now we know that molar mass of water is equal to 18 and number of the molecules in 18 gram is equal to 6 multiplied by 10 raise to the power 23.
00:51
So mass is going to be 0 .018 divided by 6 multiplied by 10 x to the power 23 is equal to approximately if we calculate it, it comes 3 multiplied by 10x to the power minus 26.
01:11
So the volume we know that volume have a formula of mass divided by density.
01:20
So that's going to be 3 multiplied by 10 x to the power minus 26 divided by the thousand.
01:28
So it's going to be held in angstrom 3 multiplied by 10 to the power minus 23 meter cube.
01:35
If we convert it into angstrom cube, that's going to be held 3 multiplied by 10 to the power nothing 10 angstrom.
01:45
So this is the volume of a water.
01:48
Now for fatty acid, phase synthesis, we know that 2 subunit made up, 272 for each subunit...