Answer:
The higher the temperature the more water evaporates and that affects the convection process
Explanation:
A. Calcium Fluoride
b. Ammonium Chromate
c. Potassium Carbonate
d. Sodium Chloride
e. (Not sure what you wrote there, but I'm going to try.) Lead (II)+ Copper (II) Sulfate
f. (You skipped F)
g. Calcium Nitrate
h. Magnesium Hydroxide
2i. Tin (IV) Oxide
Well first of all the atomic mass is the number of protons + the number of neutrons this is the mass of the nucleus and meaning that the protons and neutrons make up the nucleus which is where all the mass is located. So the number of protons will be equal to the number of electrons if it is a neutral atom. So the atomic number of Lithium is 3 and this is equal to the number of protons. So if you want to find the number of neutrons you have to subtract the number of protons which in this case is 3, so you're going to subtract 3 from 6 (6-3) and this is going to leave you with 3 neutrons. So in this case there are 3 Protons, 3 Neutrons, And 3 Electrons.
Answer:
23.6 L
Explanation:
Several conversion factors are needed to solve this problem. The following relationships are required:
Now, the density of mercury is:
As well as another conversion factor between liters and milliliters:
We might apply dimensional analysis problem solving technique for this problem. We start with lb and we wish to convert into grams first, this is done by multiplying lb by a factor of g/lb, so that pounds cancel out and we obtain grams.
Having grams, we'll multiply by a factor of mL/g to cancel out the grams and obtain milliliters.
After we have milliliters, we'll multiply by L/ml factor to convert into liters finally.
Putting all of this together, we obtain: