The molar mass of C2H6 is 30 {(12*2)+(1*6)}.
The number of moles(n)=mass/molar mass
n=9.3 g/ 30 g mol-1 =0.31 mol.
The number of molecules of C2H6 =n* Avogadro number(L)= 0.31*6.022*1023= 1.86682*1023
The no. of atoms in one mole of C2H6=8
The no. of atoms in 0.31 moles of C2H6=8*1.86682*1023 =14.93456*1023 =1.49*1024
0.523 kHz is equal to 523 Hz. Just multiply the value in kHz by 1000 to convert it to Hz.
This is simple algebra. Look at the units. If density is .695g/mL, that means that you have .695g for every mL of the liquid. so for 25g, just set up the equation: 25g/x mL = .695g/mL Solve for x to get 35.97 mL of liquid
The standard soprano recorder is in C and has a fundamental frequency of around 523 Hz when playing the note C. The actual frequency produced can vary depending on factors like the player's technique and the recorder's design.
An international ounce has 28,349 523 125 g.
One gram is = 0.0235669 ounces One ounce is = 28.349 523 grams 125g= 4.409245 oz
1 ounce [troy] = 31.103 476 8 gram 1 ounce = 28.349 523 125 gram
523 - 378 = 145
There are 1000 metres in one kilometre. Therefore, 523 metres is equal to 523/1000 = 0.523 kilometres.
there are 523
There are approximately 842 kilometers in 523 miles.
75 grams of sugar is equivalent to approximately 2.6 ounces.
The international avoirdupois ounce has 28.349 523 125 g. The troy ounce is 31,103 476 8 g. But bear in the mind that ounce is an old, non SI unit and must be avoided.
0.523 kHz is equal to 523 Hz. Just multiply the value in kHz by 1000 to convert it to Hz.
There are 2.54 centimetres in one inch. Therefore, rounded to two decimal places, 523 centimetres is equal to 523/2.54 = 205.91 inches.
there are 20.590551181102363in in 523mm