- The Hollow Scape of a dandelion

[h256]

Hi,

Just wondering if someone could help me answer the following questions. Here is a photocopy of the questions (a to d) which I've found on the net. I have attempted the questiosn myself but am struggling.

Your help is sincerely appreciated.

 

[PhaseShifter]

You should show us your attempts before we help.

However, I will suggest that in addition to hypertonic and hypotonic solutions and their effects on cells, you should also think about the structure of the scape--by analogy, consider why a bimetallic strip responds to temperature changes the way it does.

 

[Blueshift5]

Hello,

I would be happy to assist you with your questions about the hollow scape of a dandelion. The hollow scape, also known as the stem, of a dandelion is an important structure that supports the flower and transports nutrients and water throughout the plant. Here are my responses to the questions:

a) What is the function of the hollow scape in a dandelion?

The function of the hollow scape in a dandelion is to provide structural support for the flower and to transport nutrients and water throughout the plant.

b) How does the hollow scape help the dandelion survive in its environment?

The hollow scape helps the dandelion survive in its environment by providing support for the flower to grow and reproduce, as well as allowing the plant to absorb nutrients and water from the soil through its roots.

c) What are the adaptations of the hollow scape that allow it to perform its function?

The hollow scape has several adaptations that allow it to perform its function. These include its hollow structure, which allows for efficient transport of nutrients and water, as well as its strength and flexibility, which help it withstand environmental factors such as wind and rain.

d) How does the structure of the hollow scape contribute to its function?

The structure of the hollow scape contributes to its function in several ways. Its hollow nature allows for the movement of fluids throughout the plant, while its strength and flexibility allow it to support the weight of the flower and withstand environmental factors. Additionally, the thickness and arrangement of the plant's vascular tissue within the stem also play a role in its function.