Answer:
divide 10.0g by each reactant's respective molar mass then divide that number by its coefficient in the balanced reaction. the smaller of the two numbers indicates the limiting reactant - it’s Al
Answer:
Total amount of alum lost = 0.5122 grams
Explanation:
Let the total volume of the solution be 100 mL
In 100 mL of solution, there is 2.63 gram of alum.
Out of this 100 mL solution, 42.5 mL is remaining.
Amount of alum in 42.5 mL solution is
grams
Now the amount of alum lost is 
grams
<span>Liquid Tests
1. Does it pour? Yes, it does pour.
2. Does it flatten? No, it does not flatten.
3. Does it take the of its containers. Yes, it takes the shape of its container.
</span><span>Solid Tests
1. Does it pour? Yes, it still pours but it takes longer.
2. Does it hold its shape? Yes, it does.
3. Does it fracture? No, it does not.</span><span />
Answer:
Ch4 Is an ion so the molecule yes 5
Explanation:
Sry for bad Engish me polish
Explanation:
Dissolve 93.52g of NaCl in about 400mL of distilled water, then add more water until final volume is 800mL. If starting with a solution or liquid reagent: When diluting more concentrated solutions, decide what volume(V2) and molarity (M2) the final soluble should be.
