Assuming the water begins at room temperature of 25 degrees Celsius: about 12.5 liters.
if you assume 1g/ml density, 500ml
I assume you mean 1.0 grams/milliliter. Pure water has a density of 1.0 g/ml.
we can assume the density of material.
I can only assume that you mean which has the grater desity water or boiling water. The colder the water the more density it will have.
The amount of energy needed to vaporize 175 g of water depends on the temperature of the water. However, we shall assume it is 100 degrees C. We multiply 175 by 539 and get 94,325 calories. (Notice the small c). We could express it as 94 Calories if we were talking about the stuff on your dining room table.
I assume you mean "affect". Water density can be affected by impurities. Assuming the water is pure, it can be affected by temperature, pressure, and isotopic composition.
you need to know density, but I'll assume 1g/ml. at this 100g would be 100ml
I'm going to assume you mean a volume of 500cm3. density = mass/volume = 400g/500cm3 = 0.8g/cm3
no density would increase, mass = volume x density if we assume that the volume of the substance cannot change then the only way to increase mass would be if that substance became more dense.
0.5g is not a density. Density has units of mass/volume. Even if you assume that that means something like 0.5g/cm3, there isn't enough information. You can use the relationship: mass = volume x density If you know any two of these, you can calculate the third one.
You cannot associate length and weight. I will assume you mean millilitres and I'll assume the density of water (approx 1g/ml). This will give you approximately 74 millilitres.
Unfortunately you can't get density from two volumes, but I assume you meant 144g, mg, or kg, rather than mL. In that case Density = Mass/Volume = 144g, mg, or kg / 9 Liters.