Question

4.
classify each cell based on what phase it is in.
interphase
1
prophase
2
metaphase
3
anaphase
4
telophase
5
arrastre y suelte la opción correcta en las áreas de colocación de la imagen de arriba

Explanation:

To solve this, we analyze each cell image and match it to the correct mitotic phase:

Step 1: Analyze Cell 1 (Top - Interphase)

Interphase cells have a nucleus with visible chromatin (not condensed chromosomes). The 5th cell image (bottom - nucleus with dispersed chromatin) matches Interphase. So, drag cell 5 to Interphase (1).

Step 2: Analyze Cell 2 (Prophase)

Prophase: Chromosomes condense, nucleus/nucleolus start to break down. The 2nd cell image (nucleus with condensed chromosomes, nucleolus visible) matches Prophase. Drag cell 2 to Prophase (2).

Step 3: Analyze Cell 3 (Metaphase)

Metaphase: Chromosomes align at the cell equator. The 3rd cell image (chromosomes lined up in the middle) matches Metaphase. Drag cell 3 to Metaphase (3).

Step 4: Analyze Cell 4 (Anaphase)

Anaphase: Sister chromatids separate and move to opposite poles. The 4th cell image (chromatids pulled apart) matches Anaphase. Drag cell 4 to Anaphase (4).

Step 5: Analyze Cell 5 (Telophase)

Telophase: Nuclear envelopes reform, chromosomes decondense. The 1st cell image (two new nuclei forming) matches Telophase. Drag cell 1 to Telophase (5).

Final Matching:

1. Interphase → Cell 5
2. Prophase → Cell 2
3. Metaphase → Cell 3
4. Anaphase → Cell 4
5. Telophase → Cell 1

(Note: The exact image details confirm these matches based on mitotic phase characteristics.)

Answer:

To solve this, we analyze each cell image and match it to the correct mitotic phase:

Step 1: Analyze Cell 1 (Top - Interphase)

Interphase cells have a nucleus with visible chromatin (not condensed chromosomes). The 5th cell image (bottom - nucleus with dispersed chromatin) matches Interphase. So, drag cell 5 to Interphase (1).

Step 2: Analyze Cell 2 (Prophase)

Prophase: Chromosomes condense, nucleus/nucleolus start to break down. The 2nd cell image (nucleus with condensed chromosomes, nucleolus visible) matches Prophase. Drag cell 2 to Prophase (2).

Step 3: Analyze Cell 3 (Metaphase)

Metaphase: Chromosomes align at the cell equator. The 3rd cell image (chromosomes lined up in the middle) matches Metaphase. Drag cell 3 to Metaphase (3).

Step 4: Analyze Cell 4 (Anaphase)

Anaphase: Sister chromatids separate and move to opposite poles. The 4th cell image (chromatids pulled apart) matches Anaphase. Drag cell 4 to Anaphase (4).

Step 5: Analyze Cell 5 (Telophase)

Telophase: Nuclear envelopes reform, chromosomes decondense. The 1st cell image (two new nuclei forming) matches Telophase. Drag cell 1 to Telophase (5).

Final Matching:

1. Interphase → Cell 5
2. Prophase → Cell 2
3. Metaphase → Cell 3
4. Anaphase → Cell 4
5. Telophase → Cell 1

(Note: The exact image details confirm these matches based on mitotic phase characteristics.)