Answer:
The size of a population of microorganisms in liquid culture may bemeasured by counting cells directly or by first diluting the original sample and then counting cell numbers (see below), or by taking some indirect method such as the turbidity (cloudiness) of the culture.
Explanation:
Depends on whether the person is talking to themselves, or someone else.
If they are talking to themselves, it is indeed intrinsic motivation, as they are convincing themselves they are also happy and motivated to join the science club as it makes their parents happy.
If they are talking to someone else, it would not be intrinsic motivation. This is because they are merely telling someone that they're doing something to make their parents happy.
As it is a statement, on the whole I would say, no. It is not intrinsic motivation.
Answer : The The correct option is, If there is energy lost in the collision to sound, heat, etc., the collision is inelastic.
Explanation :
- Elastic collision : It is defined as in which there is no loss of kinetic energy in the collision.
- Inelastic collision : It is defined as in which there is a loss of kinetic energy in the collision and this energy changed to another form of energy.
If the collision involves bouncing, it is inelastic because kinetic energy is not conserved.
If the collision involves sticking together, it is inelastic because kinetic energy is not conserved, it is changes to potential energy.
Answer:
C
Explanation:
Its transfer element through it channel
Answer:
Phenotypic ratio: 1:4:6:4:1
Punnett square: Below in the explanation box
Frequency distribution: In the attached files
Explanation:
<u>Available data</u>:
- The kernel color in wheat is a continuous trait determined by two additive diallelic genes
- The red kernels are determined by two genes and two dominant alleles (R1R1R2R2)
- The white kernels are determined by two recessive alleles at the same two genes (r1r1r2r2)
- R1 and R2 alleles are dominant over r1 and r2, respectively
1st Cross: a true-breeding red plant with a true-breeding white plant
Parentals) R1R1R2R2 x r1r1r2r2
Gametes) R1R2, R1R2, R1R2, R1R2
r1r2, r1r2, r1r2, r1r2
F1) 100% R1r1R2r2
2nd Cross: F1 progeny are selfed
Parentals) R1r1R2r2 x R1r1R2r2
Gametes) R1R2, R1r2, r1R2, r1r2
R1R2, R1r2, r1R2, r1r2
Punnett square) R1R2 R1r2 r1R2 r1r2
R1R2 R1R1R2R2 R1R1R2r2 R1r1R2R2 R1r1R2r2
R1r2 R1R1R2r2 R1R1r2r2 R1r1R2R2 R1r1R2r2
r1R2 R1r1R2R2 R1r1R2r2 r1r1R2R2 r1r1R2r2
r1r2 R1r1R2r2 R1r1r2r2 r1r1R2r2 r1r1r2r2
F2) Genotype:
- 1/16 R1R1R2R2 (dark red)
- 2/16 R1R1R2r2 (red)
- 1/16 R1R1r2r2 (light red)
- 2/16 R1r1R2R2 (red)
- 4/16 R1r1R2r2 (light red)
- 2/16 R1r1r2r2 (very light red)
- 1/16 r1r1R2R2 (light red)
- 2/16r1r1R2r2 (very light red)
- 1/16 r1r1r2r2 (white)
Phenotype:
- 1/16 R1 R1 R2R2, dark red phenotype
- 4/16 R1r1R2R2 + R1R1Rr2, red phenotype
- 6/16 R1r1 R2r2 + r1r1R2R2 + R1R1r2r2, light red phenotype
- 4/16 R1r1 r2r2 + r1r1R2r2, very light red phenotype
- 1/16 r1r1r2r2, White phenotype phenotype
Phenotypic ratio: 1:4:6:4:1
Frequency table:
<u>DOSAGE FREQUENCY</u>
Dark red 1/16
Red 4/16
Light red 6/16
Very light red 4/16
White 1/16