1. Cytoplasm (Cytosol)
2. Nucleolus
3. Cell Membrane
4. Mitochondrion
5. Central Vacuole
6. Chloroplast
7. Lysosomes
8. Ribsomes
9. Chromosomes
10. Nucleus
11. Endoplasmic Reticulum (ER)
12. Cell Wall
13. Golgi Apparatus
:)
1) recessive allele in both parents
2) 0%
Hope this helped! :)
Answer:
be genotypically different
Explanation:
- Widow's peak is an example of a dominantly inherited trait, this means that any individual who receives even a single copy of the dominant allele would have a widow's peak present in the phenotype.
- In the given question, the cross is made between a homozygous dominant individual (let the genotype be WW) and a heterozygote (Genotype Ww).
- The cross can be represented as follows :
WW X Ww ----> WW Ww Ww WW
From the cross it can be seen that the<em> offsprings will have the genotype of either WW or Ww</em>, however, since W is dominant over w, the phenotype will always be the presence of widow's peak.
A) They must occur.
B) They must involve vomiting.
C) They must effectively cause weight loss.
D) They must cause pathological changes in the body
Answer:
A) They must occur
Explanation:
Bulimia disorder is a type of eating disorder in which an individual engages in bingeing, which involves eating a large amount of food without being able to control ones appetite. The individual often becomes worried and preoccupied with his or her body weight, and therefore engages in compensatory behaviors that are unhealthy in order to lose weight and also to relieve the guilt they feel. Compensatory behavior of someone suffering from this disorder is not just restricted to use of laxative to induce vomiting. These also include fasting, excessive exercise, misuse of weight-loss supplements or diuretics etc.
Answer: The roots absorb water and minerals from the soil and anchor the plant in the ground. The stem supports the plant above ground, and carries the water and minerals to the leaves. The leaves collect energy from the Sun and make food for the plant, using an amazing process called photosynthesis
Explanation:
