B) element, molecule, compound, mixture is the answer just took the test ;) good luck : P
Answer:idk what they cpuld do but we can say this is the right answer :))))
Explanation:
I need PoInTs
You could write about anything. Some examples you might include are the following:
o Geological features, such as mountain ranges, that align on matching coasts of different continents.
o Island arc ranges are still connected under the Atlantic Ocean.
o Antarctica's glacial features are similar to the Arctic's.
Fossilized plants and animals of the same species found on separate continents.
Geological features, such as mountain ranges, that align on matching coasts of different continents.
2.)lithium + oxygen to lithium oxide
3.)oxygen + lithium to lithium + oxide
4.)lithium oxide to lithium + oxygen
The correct answer is the second option. The wordequation that would represent the formation of lithium oxide from lithium metal and oxygen is:
lithium + oxygen to lithium oxide
Inchemical symbols, the balanced chemical equation is expressed as:
Li + O2 = Li2O
Answer : The correct option is, (2) lithium + oxygen to lithium oxide
Explanation :
When the lithium react with the oxygen to give lithium oxide as a product.
The balanced chemical reaction will be,
This reaction can be represented in words as,
Lithium react with oxygen to give lithium oxide.
or,
lithium + oxygen to lithium oxide
Hence, the correct option is, (2) lithium + oxygen to lithium oxide
Answer:
6.64 moles of carbon.
Explanation:
Given data:
Number of moles of C = ?
Number of moles of CCl₂F₂ = 6.64 mol
Solution:
In one mole ofCCl₂F₂ there is one mole of carbon two moles of chlorine and two moles of fluorine are present.
In 6.6 moles of CCl₂F₂ :
Moles of carbon = 6.64 × 1 = 6.64 moles of carbon.
Moles of chlorine = 6.64× 2 = 13.28 moles of chlorine
Moles of fluorine = 6.64× 2 = 13.28 moles of fluorine
Answer: 6.64 moles
Explanation:
Number of moles of C = ?
number of moles of CCl₂F₂ = 6.64 mol
In one mole of CCl₂F₂ there is one mole of carbon two moles of chlorine and two moles of fluorine are present.
In 6.6 moles of CCl₂F₂ :
Moles of carbon = 6.64 × 1 = 6.64 moles of carbon.
Moles of chlorine = 6.64× 2 = 13.28 moles of chlorine
Moles of fluorine = 6.64× 2 = 13.28 moles of fluorine