I’m pretty sure flowers, when they are buds, are protected by leaf-like structures called “sepals.” All of the sepals collectively are called a calyx. They protect the bud and are behind the actual flower petals when it blooms. Hope this helped.
<em>The star has a mass of 0.45 M ☉ and a radius of 0.48 R ☉. It has a temperature of 3620 K and is estimated to be about 9.54 billion years old.</em>
<em>Mean radius: ≥1.5(?) REart</em><em>h</em>
<em>Orbital period (sidereal): 35.68 (± 0.03) d</em>
<em>Eccentricity: 0.18 (± 0.13)</em>
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<em>#CarryOnLearning</em>
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<em>hit that heart and dont forget to follow hehe thx<3</em></h2>
Answer:
B. p will neither increase nor decrease; it will remain more or less constant under the conditions described
Explanation:
When a population is in Hardy-Weinberg equilibrium, it is not evolving and allele frequencies are not going to change across generations. Conditions for a population to be in Hardy-Weinberg equilibrium are :
- Infinite population size
- Random mating
- No selection
- No mutation
- No gene flow
Since the moth population in question shows above mentioned characteristics, it is in Hardy-Weinberg equilibrium. Frequency of none of the alleles are going to change.
Hence, p will neither increase nor decrease; it will remain more or less constant under the conditions described.
The repressor protein would not function properly, and the lacl opereon would be over expressed
DNA extraction
Gene cloning
Gene design
Transformation
Backcross breeding
