SOLUTION: Mitosis worksheet - Studypool - Free Printable

Problem Analysis:

The image contains two distinct sections with tasks to solve. Let's break them down step by step.

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#### Section 1: The diagram of a flower growing cycle
The diagram shows the stages of a flower growing cycle, labeled with numbers from 1 to 12. Below the diagram, there are words describing different stages of the cycle, and you are asked to match these words with the corresponding numbers in the diagram.

- Words to match:
- Germination
- Propagule
- Cotyledon
- Seedling
- Flowering

The task is to identify which numbered stage in the diagram corresponds to each of these terms.

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#### Section 2: Mathematical problem
The second part of the image presents a mathematical problem:
- Problem Statement:
"Using colored parts of 100%, draw how 2 decompositions and 3 additions lead to 100%."

This requires breaking down 100% into parts using addition and subtraction (decomposition) and then reassembling those parts to sum back to 100%.

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Solution:

#### Step 1: Matching the stages of the flower growing cycle
To solve this, we need to understand the typical stages of a flower's growth cycle:

1. Propagule: This is the initial stage where the seed or spore begins to grow.
2. Germination: The process where the seed sprouts and starts to develop roots and shoots.
3. Cotyledon: The early leaves that emerge during germination.
4. Seedling: The young plant after cotyledons have developed.
5. Flowering: The mature plant produces flowers.

Now, let’s match these stages to the numbered boxes in the diagram:

- Propagule: Likely the first stage (e.g., box 1).
- Germination: The stage where the seed sprouts (e.g., box 2 or 3).
- Cotyledon: The emergence of early leaves (e.g., box 4 or 5).
- Seedling: The young plant developing further (e.g., box 6 or 7).
- Flowering: The mature plant producing flowers (e.g., box 10 or 11).

Without the exact diagram, I can't provide the precise numbers, but this is the logical order. You should match the words to the corresponding stages in your diagram.

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#### Step 2: Solving the mathematical problem
The problem asks us to show how 2 decompositions and 3 additions lead to 100%. Here’s how we can approach it:

1. Decomposition 1: Start with 100% and split it into two parts. For example:
\[
100\% = 60\% + 40\%
\]

2. Decomposition 2: Take one of the parts (e.g., 60%) and split it further:
\[
60\% = 30\% + 30\%
\]

Now we have:
\[
100\% = 30\% + 30\% + 40\%
\]

3. Additions: Combine the parts back to form 100%. For example:
\[
30\% + 30\% = 60\%
\]
\[
60\% + 40\% = 100\%
\]

So, the steps are:
- Decompose 100% into 60% and 40%.
- Decompose 60% into 30% and 30%.
- Add 30% + 30% to get 60%.
- Add 60% + 40% to get 100%.

You can represent this visually by drawing circles or bars divided into parts.

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Final Answer:

For the flower growing cycle, match the words to the corresponding stages in your diagram based on the explanation above.

For the mathematical problem:
\[
\boxed{100\% = (30\% + 30\%) + 40\%}
\]

If you need further clarification or have specific questions, feel free to ask!