A few students conducted a study of some solids and found the container shown held 140 M&M candies. Find the ratio of M&M candies to volume.

To find the ratio of M&M candies to volume, you need to know the volume of the container. Since the number of M&M candies is given as 140, the ratio is calculated as:

\[
\text{Ratio of M&M candies to volume} = \frac{\text{Number of M&M candies}}{\text{Volume of container}}
\]

You mentioned that the container holds 140 M&M candies, but the volume of the container is not provided. If you have information about the container's dimensions or volume, I can help calculate the ratio.

Could you provide the volume of the container, or the shape and dimensions?

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### Questions:
1. What is the shape of the container (e.g., cylindrical, rectangular)?
2. Do you have the dimensions of the container (height, radius, or length)?
3. Is the container uniformly filled with M&M candies?
4. Do you know the volume of a single M&M candy?
5. Could the arrangement of M&M candies affect the ratio?

**Tip:** When calculating ratios, make sure both quantities are in compatible units (e.g., candies per cubic centimeter).

Explore how to find the ratio of M&M candies to the volume of a container holding 140 M&Ms. This problem covers concepts of ratios, volume, and unit conversion, suitable for students in Grades 6-8. Learn the key steps and formulas needed to solve this problem.

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