QUESTION IMAGE
Question
unit 3: cells
cell graphic organizer name:
word bank: breaking down | osmosis | lysosomes | mitochondria | nucleolus | endoplasmic reticulum | vesicles | atp | ribosomes | dna
insulin | diffusion | golgi body | energy | export | cytoplasm | mitosis | chromatin | delivery system | semipermeable
Step1: Analyze the Nucleus - related box (1)
The nucleus contains the nucleolus, so box 1 (which is related to what the nucleus contains and makes) should be "Nucleolus".
Step2: Analyze box 2 (related to making proteins)
The nucleolus makes ribosomal RNA, but more directly, the product related to protein - making from the nucleolus - related part is "Ribosomes"? Wait, no. Wait, the flow: Nucleus contains nucleolus (1), nucleolus makes ribosomal subunits? Wait, maybe better to use the word bank. The word bank has "nucleolus" for box 1. Then box 2: what does nucleolus make? Ribosomes? Wait, no, the DNA - related part. Wait, the nucleus contains chromatin (5), which is made of DNA (6). The DNA has genes that code for mRNA (2), which is used to make proteins. Wait, let's re - trace:
- Nucleus contains nucleolus (1), so 1: Nucleolus.
- Nucleolus makes... Wait, no, the DNA (6) is in chromatin (5) in the nucleus. The DNA is transcribed into mRNA (2), which is used to make proteins. So box 2: mRNA (but in word bank, maybe "RNA" or "messenger RNA", but the word bank has "DNA", "chromatin", etc. Wait, the word bank has "nucleolus" for 1, "chromatin" for 5, "DNA" for 6, "mRNA" is not in word bank? Wait, the word bank has "ribosomes", "mitosis", etc. Wait, maybe I made a mistake. Let's start over.
The nucleus:
- Divides through mitosis (4), so 4: Mitosis.
- Contains chromatin (5), so 5: Chromatin.
- Chromatin is made of DNA (6), so 6: DNA.
- The nucleus has a part (1) which is nucleolus, so 1: Nucleolus.
- Nucleolus makes ribosomes? Wait, the ribosomes (3) are like the "factories" to make proteins. Wait, the flow: 1 (nucleolus) makes 2 (ribosomes? No, ribosomes are made of rRNA and protein. Wait, the word bank: "ribosomes" is in the word bank. Let's list the boxes:
- Nucleus contains nucleolus (1: Nucleolus)
- What does nucleolus make? Ribosomal subunits, but in the word bank, "ribosomes" is there. Wait, maybe 2: Ribosomes? No, because ribosomes are used to make proteins. Wait, the DNA (6) is transcribed into mRNA (2), which is then translated on ribosomes (3) to make proteins. So 2: mRNA (but not in word bank? Wait, the word bank has "DNA", "chromatin", "nucleolus", "mitosis", "ribosomes", etc. Wait, maybe the correct flow is:
- Nucleus contains nucleolus (1: Nucleolus)
- Nucleolus makes ribosomes (2: Ribosomes)
- Ribosomes (3: Ribosomes? No, 3 is like the thing that makes proteins, so 3: Ribosomes? Wait, no, 3 is an example of what makes proteins, so 3: Ribosomes (because ribosomes make proteins).
- Nucleus divides through mitosis (4: Mitosis)
- Nucleus contains chromatin (5: Chromatin)
- Chromatin is made of DNA (6: DNA)
- DNA is on chromosomes? No, in the nucleus, DNA is in chromatin, and chromatin is in the nucleus. Wait, 7: Endoplasmic Reticulum? No, the ribosomes are on the endoplasmic reticulum. Wait, 7: Endoplasmic Reticulum (ER), and 8: Ribosomes (because ribosomes are on ER).
- The cell consists of cytoplasm (9: Cytoplasm), because cells have cell membrane, nucleus, and cytoplasm.
- Organelles such as mitochondria (10: Mitochondria), which makes ATP (15) and energy (20).
- Cell membrane is semipermeable (11: Semipermeable), which allows for diffusion (16) and osmosis (17).
- The movement across cell membrane: diffusion/osmosis, but 12: maybe "concentration gradient" but not in word bank. Wait, the word bank has "diffusion", "osmosis", "semipermeable".
- The Golgi body (13: Golgi body) creates vesicles (18) used for export (12? No, 18: Vesicles, 12: Export? Wait, the Golgi body creates vesicles for export…
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- Nucleolus
- Ribosomes
- Ribosomes
- Mitosis
- Chromatin
- DNA
- Endoplasmic Reticulum
- Ribosomes
- Cytoplasm
- Mitochondria
- Semipermeable
- Export
- Golgi body
- Lysosomes
- ATP
- Diffusion
- Osmosis
- Vesicles
- Breaking down
- Energy