I believe the answer is <span>D. High birth rates and low death rates leading to a expanding population. i am not positive but i am pretty sure</span>
1. A !! Its Mesozoic era and Jurassic period !!
2.B !! Archaeopteryx led to evolution of birds as they are connecting link between birds and reptiles.
3.B !! Very popular to be known , dinosaurs extinct due to metroites collision !!
Answer:
the animal will consume food and inhale oxygen and drink water. the cell will use the oxygen and water to break down the glucose to form energy or ATP
The energy level in the ecological pyramid with 0.1% of the total sun's energy is Tertiary consumers.
An ecological pyramid is described as the graphical representation of the different levels of the ecosystem. The pyramid is broad at the bottom with the maximum energy and sharp at the top with the minimum energy.
<h3>Which level contains 0.1% total energy?</h3>
In the ecological pyramid, the energy of the sun has been absorbed by the producers. At each successive level in the ecological pyramid, 10 % of the energy is passed, while the rest is lost.
The producers are followed by consumers. The energy with each of the level organisms is given as:
- Producer - 100%
- Primary Consumer- 10%
- Secondary Consumer- 1%
- Tertiary Consumer - 0.1%
Thus, the energy level in the ecological pyramid with 0.1% of the total sun's energy is Tertiary consumers.
Learn more about the ecological pyramid, here:
brainly.com/question/3062176
We are looking for the phenotype of the known parent. The Punnett square tells us the known parent's genotype is Ww.
Note: The genotype is the set of genes for a certain trait of an individual, while the phenotype is the displayed characteristics of that trait. In this case, the possible genotypes are WW, Ww, and ww, and the phenotypes of those genotypes are long-winged, long-winged, and short-winged, respectively.
Also note: Genotypes with a dominant allele will always have a phenotype that displays the dominant trait.
This means our two alleles are W (long-winged) and w (short-winged). The former is dominant and the latter is recessive.
As stated, the genotype of the known parent is Ww; it contains a dominant allele. Since dominant traits are always displayed, and the dominant allele is long-winged, the phenotype of the known parent is long-winged.
