Which of the following processes takes place during prophase?A. Mitotic spindles form.
B. Nuclear membranes form around two sets of chromosomes.
c. Chromosomes are copied
D. Spindle fibers pull the sister chromatids apart
Answers
Answer:
A) Mitotic spindles form
Explanation:
The mitotic spindle begins to develop during prophase. As the cell's two centrosomes move toward opposite poles, microtubules gradually assemble between them,
Answer:
a
Explanation:
Related Questions
Daren has sickle-cell disease. Because of the disease, some of Daren's blood cells are long and thin instead of being disk-shaped. Daren's father also suffers from sickle-cell disease, but his mother and two sisters do not. This is an example how A. a person can choose which genes he or she will inherit. B. cells can be influenced by genetic factors. C. cells always repair damaged genes immediately. D. a person cannot survive if even one cell becomes damaged.
When a plant is receiving themaximum amount of lightintensity that it can withstand,what happens to the rate ofphotosynthesis?A. The rate levels off.B. The rate increases.C. The rate decreases.
The most accepted theory about the origin of Earth is that it formed by a process called planetary _____. differentiation accretion condensation mixing
What is the name of the boundary where the lithosphereic plate descends beneath an overrriding plate
Answers
Answer:
Vital capacity can be defined as the maximum volume of air a person can breathe in after a forced expiration. It is equivalent to the sum of expiratory reserve volume (ERV), tidal volume (TV) and inspiratory reserve volume (IRV).
- Expiratory reserve volume (ERV): It refers to the volume of air a person can exhale by forcible expiration or air exhaled from the end-expiratory position.
- Tidal volume (TV): It is a volume of air inhaled or exhaled during a normal respiration.
- Inspiratory reserve volume (IRV): Maximum volume of air a person can inhale from the end-respiratory position.
Now, the vital capacity of John would be = 450 + 2600 + 900 ml
= 3950 ml or 3.95 L.
Answers
Answer: Dominant: red, recessive: white.
Explanation:
Alleles are different forms or versions of a gene, and they can be described as either dominant or recessive.
Dominant traits are those that are seen in a heterozygous genotype. It means the organisms has two different alleles for a gene, one is dominant while the other one is recessive. A dominant allle dominates over the recessive alleles and it masks the effects of this recessive allele. This means, the offspring only needs to inherit one dominant allele to have a dominant trait.
In the example, a red-flowered plant is crossed with a white-flowered plant. And all plants on the next generation are red. If each plant from this offspring inherites one allele of each parent, they have one red allele and one white allele. Since they are all red, we can say red color is dominant and white color is recessive. Because red allele has a dominant phenotype.
Answers
Answer: Condensation.
Explanation:
The process by which the water vapor becomes liquid is known as condensation. The water vapors from the water bodies reaches the sky and then it condenses to form clouds.
The clouds contains water and falls on the earth in the form of precipitation. The precipitation can be in the form of solid(ice) or liquid( rain).
Answers
simple diffusion is the process of a substance (such as air freshener) moving from high concentration to low concentration with little to no energy.
Answers
Answer: Forces like wind and water move the rock pieces. They mix with matter like sand to become sediment. Weathering and erosion help shape Earth's surface. They are part of a process called the rock cycle.
Explanation:
HELP PLS
Answers
Answer: to regulate temperature, you will sweat when you get too hot or shiver when you get too cold.
Explanation:
Answer:
Homeostasis is maintained by a series of control mechanisms functioning at the organ, tissue or cellular level. These control mechanisms include substrate supply, activation or inhibition of individual enzymes and receptors, synthesis and degradation of enzymes, and compartmentalization. For example, to regulate temperature, you will sweat when you get too hot or shiver when you get too cold.