Sentences with GRAM-ATOMIC-WEIGHT
Check out our example sentences below to help you understand the context.Sentences
1
"The gram-atomic weight of hydrogen is 1."
2
"The gram-atomic weight of oxygen is 16."
3
"To calculate molecular weight, you need to know the gram-atomic weights of the elements involved."
4
"The gram-atomic weight of carbon is 12."
5
"The gram-atomic weight of nitrogen is 14."
6
"The gram-atomic weight of sodium is 23."
7
"The gram-atomic weight of chlorine is 35.5."
8
"The gram-atomic weight of gold is 197."
9
"The gram-atomic weight of helium is 4."
10
"The gram-atomic weight of iron is 56."
11
"The gram-atomic weight of copper is 63.5."
12
"The gram-atomic weight of zinc is 65.4."
13
"The gram-atomic weight of lead is 207."
14
"The gram-atomic weight of potassium is 39.1."
15
"The gram-atomic weight of mercury is 200.6."
16
"The gram-atomic weight of sulfur is 32."
17
"The gram-atomic weight of calcium is 40."
18
"The gram-atomic weight of phosphorus is 31."
19
"The gram-atomic weight of xenon is 131."
1
"The gram-atomic weight of hydrogen is 1 gram per mole."
2
"To determine the gram-atomic weight of an element, you need to know its atomic weight in grams per mole."
3
"The gram-atomic weight of oxygen is approximately 16 grams per mole."
4
"The gram-atomic weight of carbon is 12.011 grams per mole."
5
"The gram-atomic weight of nitrogen is about 14.007 grams per mole."
6
"In chemistry, gram-atomic weight is often used to calculate the mass of a certain number of atoms."
7
"The gram-atomic weight can be calculated by converting the atomic weight to grams using Avogadro's number."
8
"When calculating the gram-atomic weight, it is important to use the proper conversion factors."
9
"The gram-atomic weight is also referred to as molar mass."
10
"In a chemical reaction, the gram-atomic weight is used to determine the amount of each substance needed."
