The molar mass<span> is the </span>mass<span> of a given chemical element or chemical </span>compound<span> (g) divided by the amount of </span>substance<span> (mol). The </span>molar mass of a compound<span> can be calculated by adding the standard atomic </span>masses<span> (in g/mol) of the constituent atoms.
Hope this solve your questions.</span>
Do you have choices because i have an idea
Answer:
No
Explanation:
Thermal is the spectrum of heat. A thermal camera is used to measure "heat temperature." Heat Temperature differs from being hot all the time, as it just measures the tempurature.
To make it easier, assume that we have a total of 100 g of a compound. Hence, we have 58.80g of xenon, 7.166g of oxygen, and 34.04g of fluorine.
Know we will convert each of these masses to moles by using the atomic masses:
58.8/131.3 = 0.45 mole of Xe
7.166/16 = 0.45 mole of O
34.04/19 = 1.79 mole of F
Now, we will divide all the mole numbers by the smallest among them and get the number of atoms in the compound:
Xe = 0.45/0.45 = 1
O = 045/0.45 = 1
F = 1.79/0.45 = 3.98 = 4
So, the empirical formula of the compound XeOF₄
They tend to pick at it until it is in small enough pieces to swallow. Then their gizzard (rough muscle) in their stomach acts as internal teeth.
