| Student1: | 69... |
| Student2: | Point 75? |
| Student1: | Point 7... Yeah. Sure. |
| Teacher: | Do we have a little picture blooming here? |
| Student2: | What? |
| Teacher: | I said do we have a little picture blooming here? |
| Student2: | We have a lot of numbers blooming here. |
| Teacher: | Have you thought about those numbers? |
| Student2: | Not exactly. |
| Student3: | No, they don't... |
| Student1: | The one with the most volume is that one. |
| Student3: | The radius, is this number by my hand. |
| Student1: | That one's the biggest. |
| Student2: | The larger the width... |
| Student1: | And the widest. |
| Student2: | The greater the height... The greater the width, no. |
| Student1: | No, the less the height and greater the width of the rectangle. |
| Student2: | So the greater the circumference, the greater the... ? |
| Student1: | Yeah. So you have to... it's the widest circle we have. |
| Student2: | The biggest radius equals the greatest volume. |
| Student1: | No, the biggest circle you have on your cylinder. |
| Student2: | Yeah, that would be the biggest radius. |
| Teacher: | Is she saying something different from what you said? |
| Student2: | No, not really. |
| Student1: | It's the same thing. |
| Student1: | So the biggest area -- the greatest area of the base. Alright? |
| Student4: | So the biggest circle. |
| Student1: | Yeah, the biggest circle. |
| Teacher: | Cool, answer your questions and turn it over. |
| Student1: | Okay. |