Question

1- label the following plant cell
2- match the organelle with its function
1-nucleus
2-cell wall
3-endoplasmic reticulum (er)
4-golgi apparatus
5-cell membrane
6-cytoplasm
7-nuclear envelope
8-nucleolus
9-chromatin
10-ribosomes
11-mitochondria
12-vacuole
13-chloroplast
organelle in which proteins and lipids are modified.
organelle which is the \powerhouse\ of the cell.
surrounds the nucleus and allows for substances to leave through the pores.
organelle where proteins are synthesized (can be found on er).
jelly - like substance located between the cell membrane and the nucleus.
thin structures found in the nucleus which contain genetic material (dna).
structure inside cell used for storage. much bigger in plant cell than in animal cells.
performs photosynthesis, converting light energy from sunlight into chemical energy in the form of glucose
rigid structure surrounding the cell membrane in plant cells, fungi, bacteria, and some protists.
control center of the cell (only found in eukaryotes).
phospholipid bilayer which is found in all cells and controls what enters and leaves the cell.
organelle in a cell which looks like a maze and is where proteins and lipids are assembled.
structure inside of the nucleus which produces ribosomes.

Explanation:

1. For the plant - cell labeling part, one would identify and label the various organelles and structures in the plant - cell diagram such as the cell wall, chloroplasts, etc. based on their characteristic shapes and positions.
2. For the organelle - function matching part:

• Nucleus: Control center of the cell (only found in Eukaryotes).
• Cell Wall: Rigid structure surrounding the cell membrane in plant cells, fungi, bacteria, and some protists.
• Endoplasmic Reticulum (ER): Organelle in a cell which looks like a maze and is where proteins and lipids are assembled.
• Golgi Apparatus: Organelle in which proteins and lipids are modified.
• Cell Membrane: Phospholipid bilayer which is found in all cells and controls what enters and leaves the cell.
• Cytoplasm: Jelly - like substance located between the cell membrane and the nucleus.
• Nuclear Envelope: Surrounds the nucleus and allows for substances to leave through the pores.
• Nucleolus: Structure inside of the nucleus which produces ribosomes.
• Chromatin: Thin structures found in the nucleus which contain genetic material (DNA).
• Ribosomes: Organelle where proteins are synthesized (Can be found on ER).
• Mitochondria: Organelle which is the "Powerhouse" of the cell.
• Vacuole: Structure inside cell used for storage. Much bigger in plant cell than in animal cells.
• Chloroplast: Performs photosynthesis, converting light energy from sunlight into chemical energy in the form of glucose.

Answer:

1. (Requires actual labeling on the diagram which cannot be done in text format here. But the labels would be for cell wall, cell membrane, nucleus, chloroplast, vacuole, etc. based on the structure in the diagram)

2.
1 - Nucleus: Control center of the cell (only found in Eukaryotes).
2 - Cell Wall: Rigid structure surrounding the cell membrane in plant cells, fungi, bacteria, and some protists.
3 - Endoplasmic Reticulum (ER): Organelle in a cell which looks like a maze and is where proteins and lipids are assembled.
4 - Golgi Apparatus: Organelle in which proteins and lipids are modified.
5 - Cell Membrane: Phospholipid bilayer which is found in all cells and controls what enters and leaves the cell.
6 - Cytoplasm: Jelly - like substance located between the cell membrane and the nucleus.
7 - Nuclear Envelope: Surrounds the nucleus and allows for substances to leave through the pores.
8 - Nucleolus: Structure inside of the nucleus which produces ribosomes.
9 - Chromatin: Thin structures found in the nucleus which contain genetic material (DNA).
10 - Ribosomes: Organelle where proteins are synthesized (Can be found on ER).
11 - Mitochondria: Organelle which is the "Powerhouse" of the cell.
12 - Vacuole: Structure inside cell used for storage. Much bigger in plant cell than in animal cells.
13 - Chloroplast: Performs photosynthesis, converting light energy from sunlight into chemical energy in the form of glucose.