Answer:
Many genes code for one trait
Explanation:
Poly >> Many
Answer:
When seeking to determine the number of shirts made by employees subjected to noise with and without the use of headphones, the dependent variable is the number of shirts made by the employee.
Explanation:
In a study or research, the dependent variable is the result of the intervention on the independent variable, which can be modified. In the case presented, the dependent variable is the quantity of shirts made by the employees, the number of which is measured at the end of the study.
It is expected that those employees who block the noise using headphones produce a greater number of shirts than those exposed totally or partially to noise.
For the other options:
- <u><em>The amount of noise</em></u><em>. This can modified by the use or not of headphones and is the independent variable, subject to modification.</em>
- <u><em>The type of music the employees listen to while they work</em></u><em>. Does not represent dependent or independent variable.</em>
- <u><em>The amount of training employees need</em></u><em>. It is not the variable being studied.</em>
Answer:
PART B: My Own Masterpiece!
Activity 1: What are your true colors?
Use the given fictional genes of different colors to predict the phenotype ratio
and genotype ratio. Color each tile in the Punnett square corresponding to its
phenotype. An example is already given as your guide.
G
G GG
g Gg
Pointing System:
g
G Gray (Dominant) Genotype Ratio 1:2:1
Gg
g - White (Recessive) Phenotype Ratio 3:1
gg
1 point for each tile of correct genotype of offspring (max
4 pts) 1 point for each tile of correct phenotype of
offspring (max 4 pts) 1 point for correct genotypic ratio
1 point for correct
phenotypic ratio Total: 10
points for each combination
Combination No. 1
g
g
G - Gray
(Dominant) Genotype Ratio
G
g
- White
(Recessive) Phenotype Ratio
g
Combination No. 2
G
(Dominant) Genotype Ratio
G - Gray
g
g
White
(Recessive) Phenotype Ratio
G
G
forvo
Apply
What is the primary cellular site for the production of polypeptide chains? Ribosomes
