Two species of sea urchins live practically side-by-side in sandy bottoms. The two species appear to have the same diet: drift seaweeds and other bits of organic matter. They can live in the same environment without competing.
As it compels them to live in the same environmental surroundings so the characteristics of living nature also get developed as their current following situation that's helping them to get the same food & habitat.
Hypothesis: If plants are placed in white light, then the will grow better than plants in other colours of light.
Independent variable: Colour of light.
Dependent variable: plant growth.
Control group: the plant in the closet.
Experimental group: the plant is the other light colours.
Constants: miracle grow and amount of water.
Measurements: height of plants.
Answer:
The answer is option A "Intra-specific competition"
Explanation:
The equilibrium properties of an added substance multi-locus model of a quantitative attribute under recurrence and thickness subordinate determination are examined. Two contradicting transformative forces are expected to act:
1. settling determination on the attribute, which favors genotype with a middle aggregate, and
2. Intraspecific competition interceded by that quality, which favors genotype whose impact on the attribute digresses most from that of the overall genotype.
Likewise, wellness of genotypes have a recurrence free part depicting balancing out choice and a recurrence and thickness subordinate segment demonstrating competition.
Answer:
Both will be equal to one another
Answer:
Occur in gametic (sex) cells
Explanation:
Mutated DNA sequences that can be passed from parent to offspring must be those that <u>occur in gametic (sex) cells of the body.</u>
Generally speaking, mutation refers to a sudden change to the DNA sequence of an organism's genome. It can be somatic when the changes occur in the somatic cells of the organism or germline when the changes occur in the sex cells of the body.
<em>Somatic mutations cannot be passed to the offspring as the changes are not inherited by the offspring. However, a mutation that occurs in the germline of an organism can be passed to the offspring because the sex cells participated in fertilization and the formation of zygotes.</em>
