<span>Separating mixtures can be
done in many ways. One of these methods is the physical methods which include,
filtration, crystallization, distillation, and chromatography.
Since mixtures come in a lot of forms and
many phases, some of them cannot be separated through the first physical methods.
The methods of separating mixtures depend on the kind of mixture. Other common separation methods include
fractional distillation which is similar to simple distillation method, magnetism,
which is ideal for mixtures whose one
part has magnetic properties and separating funnel, an ideal technique used to
separate immiscible liquids..</span>
C is the answer because that is an actual chemical change where the sulfur and iron are not separate from each other anymore
Answer:
ICE Table Figure
a. 67.37 g 
b. 35.62 g 
c. 58.61 g
Explanation:
For the <u>ICE table </u>we have to keep in mind that we have 4 moles of and 1 mol of 
and the reactives are consumed, so for we will have -4X and for we will have -X. Follow the same logic we will have -4X for .
a. <u>Mass of the product</u>
Molar mass of = 256.52 g/mol
Molar mass of =70.9 g/mol
Molar mass of =135.03 g/mol
We have to find the limiting reagent in the reaction:
Divide by the coefficients in the balanced reaction:
The limiting reagent would be
Now is posible to calculate the amount of produced:
b. <u>Mass in excess</u>
C. <u>87%Yield</u>
B - CCL4
This is because it doesn't say Dicarbon or any of that sort, so Carbon is alone. This immediately eiminates the option of C.
A is incorrect as it has Chlorine first rather than Carbon, so that's also incorrect.
D is incorrect as 7 is hepta rather than tetra.
The list is as so;
Mono - 1; Di - 2; Tri - 3; Tetra - 4; Penta - 5; Hexa - 6; Hepta - 7; Octa - 8; Nona - 9; Deca - 10.
Hope this helps!
Answer:
Explanation:
The reaction we need to calculate:
1) 
We need the ClO in the products side, so we use the inverse of this reaction:
2) 
Now we need to combine this two:
The enthalpy of reaction:
