Sure! Let's imagine we have a magical box of powdered sugar. This powdered sugar is squished inside the box, making it feel heavy. Now, imagine the powdered sugar as tiny grains stacked on top of each other. Density is like how closely packed those tiny grains are - think of it as how many grains fit in each tiny space inside the box. In the case of our powdered sugar, it's like 0.52 grams fitting in each tiny cubic centimeter of space inside the box.
Now, the box with powdered sugar inside it has a total mass of 130 grams. So, we know how heavy it is overall. To find the volume, we need to figure out how much space all those tiny grains of sugar take up inside the box. This is where the density helps us - by telling us how tightly packed the powdered sugar is.
To calculate the volume, we can use a simple formula: Volume = Mass / Density. In our case, the mass is 130 grams, and the density is 0.52 grams per cubic centimeter. So, Volume = 130 grams / 0.52 grams per cubic centimeter = 250 cubic centimeters.
So, our magical box of powdered sugar takes up 250 cubic centimeters of space. Imagine a big block of 250 tiny cubes, each representing one cubic centimeter - that's how much space the powdered sugar occupies inside the box. And since we want the answer as a whole number, the volume of the powdered sugar in the box is 250 cubic centimeters.
Hope that helps you understand how we calculated the volume of the powdered sugar in the box! Let me know if you have any more questions!