3. each \boxed{} is the instructions for making a particular \boxed{} that the cell needs.
4. the cell is constantly \boxed{} of these genes and sending the copies (\boxed{}) out to the \boxed{}.
5. when the cell is \boxed{}, the information stored in the cells dna is \boxed{} to meet the \boxed{}.
6. as the cell grows \boxed{}, the cells dna \boxed{} of the cell. the dna cannot keep up with the \boxed{} of running a larger cell.

c. problem #2: a growing cell needs more food!
1. a cell must constantly take in \boxed{}.
2. \boxed{} must constantly cross the membrane to \boxed{} the cell.

Question

3. each \boxed{} is the instructions for making a particular \boxed{} that the cell needs.
4. the cell is constantly \boxed{} of these genes and sending the copies (\boxed{}) out to the \boxed{}.
5. when the cell is \boxed{}, the information stored in the cells dna is \boxed{} to meet the \boxed{}.
6. as the cell grows \boxed{}, the cells dna \boxed{} of the cell. the dna cannot keep up with the \boxed{} of running a larger cell.

c. problem #2: a growing cell needs more food!
1. a cell must constantly take in \boxed{}.
2. \boxed{} must constantly cross the membrane to \boxed{} the cell.

Accepted Answer

These questions are related to cell biology (a subfield of Natural Science, specifically Biology), focusing on cell growth, DNA's role, and nutrient uptake. Here are the typical answers (filling in the blanks based on cell biology concepts):

### Question 3
# Brief Explanations:
In DNA, a **gene** is a segment that holds instructions to make a specific **protein** (the molecule the cell needs for structure/function).
# Answer:
Each $\boldsymbol{	ext{gene}}$ is the instructions for making a particular $\boldsymbol{	ext{protein}}$ that the cell needs.

### Question 4
# Brief Explanations:
Cells “read” (**copying**) genes into mRNA (**messenger RNA**) and send these copies to the **cytoplasm** (where protein synthesis occurs).
# Answer:
The cell is constantly $\boldsymbol{	ext{copying}}$ of these genes and sending the copies ($\boldsymbol{	ext{messenger RNA}}$) out to the $\boldsymbol{	ext{cytoplasm}}$.

### Question 5
# Brief Explanations:
When a cell is **dividing** (or growing), DNA’s information is **used** to meet the cell’s $\boldsymbol{	ext{needs}}$ (e.g., making new proteins/organelles).
# Answer:
When the cell is $\boldsymbol{	ext{dividing}}$, the information stored in the cell’s DNA is $\boldsymbol{	ext{used}}$ to meet the $\boldsymbol{	ext{cell’s needs}}$.

### Question 6
# Brief Explanations:
As a cell grows **larger**, its DNA (fixed in quantity) cannot “manage” the $\boldsymbol{	ext{demands}}$ of the cell’s increasing $\boldsymbol{	ext{volume}}$ (since DNA’s “control” capacity lags behind volume growth).
# Answer:
As the cell grows $\boldsymbol{	ext{larger}}$, the cell’s DNA $\boldsymbol{	ext{does not increase}}$ (in proportion) of the cell. The DNA cannot keep up with the $\boldsymbol{	ext{demands}}$ of running a larger cell.

### Problem #2: A Growing Cell Needs More Food!

#### Question 1
# Brief Explanations:
Cells need **nutrients** (e.g., glucose, amino acids) to survive/grow.
# Answer:
A cell must constantly take in $\boldsymbol{	ext{nutrients (or food/energy - rich molecules)}}$.

#### Question 2
# Brief Explanations:
**Nutrients** (or specific molecules like oxygen/glucose) must cross the cell membrane to $\boldsymbol{	ext{supply}}$ the cell (provide energy/materials).
# Answer:
$\boldsymbol{	ext{Nutrients (or specific molecules like oxygen)}}$ must constantly cross the membrane to $\boldsymbol{	ext{supply}}$ the cell.

These answers align with core cell biology concepts about DNA function, cell growth limitations, and nutrient uptake.

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