Put the following structures in order from superficial to deep. 1. Muscle fiber 2. Perimysium 3. Myofibril 4. Fascicle 5. Endomy

Answer:

d. One additional neutron

Explanation:

Phosphorus-32, a radioactive variant of phosphorus, possesses 15 protons and 17 neutrons.

Conversely, Phosphorus-31, the most prevalent isotope of phosphorus, contains 15 protons and 16 neutrons.

This indicates that one isotope has one more neutron than the other.

Response:

1. natural

2. observation

3. Inference

4. data

5. numerical data

6. computer data

7. hypothesis

8. experiment

9. independent

10. dependent

11. explanation

12. observation

Clarification:

Answer:

Sister chromatids are identical copies of chromatids from chromosomes. They are typically produced through the semi-conservative replication of a single chromosome's DNA. Thus, they can be viewed as'photocopies' of the original parental chromosomes, linked together at the centromere.

They are entirely identical in every aspect, sharing the same genes and allele configurations.

Still, minor variations can occur between the identical sister chromatids due tomutations fromerrors during replication, and differences can also arise in the lengths of telomere repeats.

Non-sister chromatids differ as they arise from separate haploid sex cells during fertilization. These chromatids come from distinct parents and possess different genetic compositions since they do not lie on the same homologous chromosomes. This is why crossing-over results in genetic variation.

However, they may still exhibit genetic similarities if they are part of homologous chromosomes. This is because Synapsis of the bivalents in these chromosomes permits the exchange of genetic material through crossing-over between non-sister chromatids, thereby sharing identical genetic traits.

Explanation:

Answer:

Please provide a diagram

Explanation:

The proper response is "yes, yes, no" or "B, B, A".

Clarification:

In this hypothetical situation, an inhibitor obstructs the function of motor proteins in the kinetochore while still allowing the kinetochore to stay attached to the spindle. The animal cells treated with this inhibitor can elongate during mitosis, leading to the separation of sister chromatids, but the chromosomes will remain still instead of moving to the poles of the cell. The only action the inhibitor affects is the motor protein function, which is responsible for the movement of chromosomes to the poles during cell mitosis.