Answer:
How many homologous pairs are found in a diploid cell? 22 pairs
b. How many single chromosomes (unreplicated) are found after the Sphase? 46 chromosomes
c. How many chromosomes are present in one cell at the end of meiosis II? 15 chromosomes
d. How many chromatids will be found at the beginning of meiosis I? 92 chromatids
e. How many cells will be produced at the end of meiosis II? four
f. How many tetrads will form in mitosis? 23 different tetrads
Explanation:
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Answer: 32 unique gametes
Explanation:
AaBbCcDdEe = 2 × 2 × 2 × 2 × 2 = 32
There's 2 for each pair of heterozygous genes.
Answer:
The Growth rate constant (k) will be =
per minute or 0.308 per hour.
Explanation:
Given,
N₀ = 4596 cells / ml
N = 206104972 cells / ml
t = 15 hours
We know that,
n = 
Where,
n = no. of generation during the period of exponential growth.
∴ n = 
= 
= 3.3 × 44844.42
∴ n = 15.350
We know that,
g = 
Where,
g = generation time
t = duration of exponential growth
∴ g =
or ∴ g = 
=
= 15 / 15.350
= 900 / 15.350 ∴ g = 0.977 hours
∴ g = 58.63 minutes
We know that,
k = 
Where, k = specific growth rate
∴ k =
or ∴ k =
= 0.301 / 58.63 = 0.301 / 0.977
∴ k =
per minutes ∴ k = 0.308 per hour
The answer is B. rRNA, mRNA, rRNA