Please HELP ! :( 3.4.4 Why are cells so small?

I will give you 15 points which each 3 points for answering every question which is only 1,2,3,4,5 PLEASE

1. Write a brief summary of the main steps you took in the procedure. Be sure to describe any adjustments you made to the procedure and why you made them. (3 points)

2. What is the step or steps that make or break the results in this procedure? Consider how the sizes and shapes of the filter paper model cells affect the results. (3 points)

3. What did this lab teach you about how the size and shape of a cell affects the rate of diffusion of a substance into that cell? (3 points)

4. A living cell is not a simple geometric shape, like a sphere or a cube. What sort of weird cell shape might increase the ratio of surface area to volume? Would you be able to test this more complex shape in a experiment similar to this one? (3 points)

5. What other models could you make to represent a living cell? What sort of questions about a living cell could you investigate using you model? (3 points)

Please answer each of them in order to get 15 points

I REALLY NEED THIS

1.The important point is that the surface area to the volume ratio gets smaller as the cell gets larger. Thus, if the cell grows beyond a certain limit, not enough material will be able to cross the membrane fast enough to accommodate the increased cellular volume. ... That is why cells are so small.

2.Hypothesis

Observation

Procedure

Materials

Evidence(graphs)

Analysis

Conclusion

3.In above PIC

4. In above Pic

5. Since cells are so small and can only be viewed under a microscope, it is helpful to use a model to represent the different parts and structures as related to the cell. This can be done with modeling clay, cardboard or other three-dimensional objects. Modeling clay is a very useful tool because it can be shaped and formed to look like the various cell parts and organelles. It can also be colored or painted to differentiate between cell parts. By creating a model and having the ability to visualize the parts and cell organelles, one can better understand the functioning of the cell itself. The model can also be helpful in answering specific questions about the cell such as scale of organelles, proximity to each other and appearance of various structures.

I hope that this'll help you!

well

explanation:

they both go up but then go back down. they both end lower than they started. lastly, they both are competitive/the second on.

explanation: