It should be A since it needs external source of heat to thrive
while endotherm can produce it's own preferable heat.
6.02 x 10^23, basically a mole since the molar mass of carbon is 12
The answer is C: L Group.
Answer:
8.125 atm
Explanation:
Hello,
Boyle's law states that at constant temperature:
In this case:
Solving for 
:
Best regards!
In order to find out the %mass dolomite in the soil,
calculate for the mass of dolomite using the information given from the
titration procedure. You would need to multiply 57.85 ml with 0.3315 M HCl and
you would get the amount of HCl in millimoles. Then multiply the amount of HCl
with 1/2 (given that for every 1 mol of dolomite, 2 mol of HCl would be
needed). Convert the amount of dolomite to mass by multiplying the millimoles
with the molecular weight which is 184.399. Then convert the mass to grams
which is 1.768 grams. Divide the mass of dolomite (1.768 grams) with the weight
of soil sample. The % mass is 7.17.
