Answer:
In of cobalt atoms there are mol Co
Explanation:
Step 1 : Identify the relationship between 1 mole Cobalt and Avogadro's number of atoms.
Avogadro’s number is number of units present in one mole of any substance (defined as its molecular weight in grams)
Step 2: Divide the given atoms of cobalt by the number of atoms per mol.
Given atoms of cobalt is
Now by performing division
Number of moles of cobalt (Co) atoms in cobalt atoms is
=
=
=
=
carbon + oxygen + carbon dioxide
OB. carbon + oxygen - carbon dioxide
C.
carbon dioxide - carbon + oxygen
O D.
carbon dioxide + carbon - oxygen
Answer:
od
Explanation:
when burning a chemical compound the lighter element seperates from the stronger one
Answer: D) carbon dioxide + carbon - oxygen
Explanation: In the gas phase, carbon dioxide molecules undergo significant vibrational motions and do not keep a fixed structure. However, in a Coulomb explosion imaging experiment, an instantaneous image of the molecular structure can be deduced. Such an experiment has been performed for carbon dioxide. The result of this experiment, and the conclusion of theoretical calculations based on an ab initio potential energy surface of the molecule, is that none of the molecules in the gas phase are ever exactly linear. This counter-intuitive result is trivially due to the fact that the nuclear motion volume element vanishes for linear geometries. This is so for all molecules (except diatomics!).
Answer: i didnt know that
Explanation:
Answer: Yes this is in fact true
Explanation:
doing
MSDS
drink
eat
mix
goggles
safety shower
water
acids
Rule number one in laboratory safety is know what you are
doing
.
The best protections from chemical splashes and spills are an ________
to cover your body and _________
for your eyes.
Never
eat
food or
drink
liquids from a lab container, even if it has been thoroughly washed.
Rinse skin thoroughly with
water
after a chemical splash.
A _________
should be used for more significant spills.
Pour
acids
into water, never the other way around.
Do not
mix
chemicals unless you know what the product of the reaction will be.
A _________
describes important safety and reactivity information about a chemical.
Fill in the blanks please
O A.) Force = Mass x Acceleration
OB.) Mass = Force x Acceleration
OC.) Acceleration = Mass x Force
D.) none of the above
Explanation:
A. Force = Mass x Acceleration