Answer:
1. Genus
2. Common ancestor
3. Synapomorphies
4. The system is called binomial nomenclature, and the specific categories used are genus and species.
5. The scientist could use a phylogenetic tree to help visualize the evolutionary relationship.
6. One clade is differentiated from another clade by a branching point within the phylogenetic tree that's defined by some character or characters.
7. Since cladistics depict an evolutionary relationship between organisms, the traits that are studied and categorized are homologous traits.
8. DNA sequencing is the technological development that allowed scientists to gain a more complete understanding of the relationships between species.
Explanation:
In binomial nomenclature of organisms, every species name includes two words. The first word is the name of the genus.
A monophyletic group or clade consists of a single common ancestor and all of its descendants.Cladograms sometimes indicate synapomorphies or shared characteristics. All species have that characteristic from the indicated point forward.The system of naming organisms is called binomial nomenclature, and the specific categories used are genus and species.The tool that she could use to help her chart their relationship is the phylogenetic tree.A clade is differentiated from another clade by a branching point within the phylogenetic tree.The type of character that provides useful data for cladistic analysis are the homologous traits.The technological development that allows for a more detailed understanding of the relationship between species is DNA sequencing.Read related link on:
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viral envelopes are made of
Answer:
fats and proteins.
Explanation:
It there a plastic that you can see through AND BREATHE THROUGH???
_________7. During strenuous exercise, skeletal muscles use up ___________ and produce large amount of ________, which causes pain and fatigue in the muscle.
A. Oxygen, lactic acid C. CO2, pyruvic acid
B. Pyruvic acid, lactic acid D. Pyruvic acid, CO2
Answer:
A. Oxygen, lactic acid
The Eocene period exists in Earth’s history around 34 MYA. What could a scientist do to determine what era the Eocene period belongs to on the geologic time scale?
Answer:
To understand what era the Eocene period belongs to on the geologic time scale, the scientist would have to examine the Cenozoic era to understand all information related to it.
Explanation:
First, let's start with an explanation of terms.
MYA simply means Millions of Years Ago Time Scale is a sequence or organisation of events which is used as a yardstick to measure the duration of history or how long the earth has existed. Eocene Period refers to the geological epoch that lasted from about fifty-six to approximately forty MYA. It is also defined as the second epoch of the Paleogene Period within the modern Cenozoic Era.
Given the definition of the Eocene Period, to understand what era an Eocene period belongs to, the person must carefully study the Cenozoic era.
Cheers!
Answer:
b
Explanation:
to occur where faults are 1) Earthquakes are located. 3- less likely more likely
Answer & Explanation:
Earthquakes can strike at any location on Earth and at any point of time. However, some parts of the Earth are more prone to earthquakes than others. Earthquakes happen along the edges of tectonic plates and fault lines and there are three large zones on our planet which are most susceptible to earthquakes.:-)
If the surface soil is saturated and precipitation increases, there will be
a. a decrease in the surface elevation of the lake
b. a decrease in the amount of groundwater
c. an increase in the rate of capillarity
d. an increase in the amount of runoff
The correct answer is D. An increase in the amount of runoff
Explanation:
Surface soil is considered to be "saturated" if soil cannot absorb more water as all pores in it are already filled. This can occur when there has been a lot of precipitation, or the retention of soil is low. Additionally, when soil is saturated and it is in contact with more water (for example, if precipitation increases) the water will not be absorbed by the soil but will flow to other areas, which is known as runoff. Thus, if the surface soil is saturated and there is precipitation, there will be an increase in the amount of runoff.
Answer
it is (option D) Have A Fantastic Day eaglestar446 on YT
Explanation:
the guy above me is correct :)
What is stored in carbon bonds?
Answer:
energy
Explanation:
4. What do complement proteins do?
O They heal tissue.
They transport hormones.
O They cause fever.
O They signal phagocytes.
Answer:
They signal phagocytes.
Explanation:
hope this helps
The word centripetal means "center-
Answer:
petus ‘seeking’
Explanation:
I think, I'm pretty sure. ;)
I hope this helped
Answer:
Moving or trending to move toward a center.
Explanation: centripetal is an adjective describing a force that brings things toward the center, not unlike the force of a black hole..
What is the utilized equipment for studying fluorescence-labelled cells?
Answer:
The equipment for studying fluorescence-labelled cells is called the Fluorescence microscope. The process of using this equipment for studying fluorescence-labelled cells is called Fluorescence microscopy.
This equipment is very much in use with regards to the study of how molecules are distributed within a cell.
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If the interference value is 1, then what is the probability of recombination between genes A and B if: 1.There is a recombination between genes B and C, where the gene order is A-B-C; 2.The recombination fraction between A and B is 0.05; 3.The recombination fraction between B and C is 0.45?
A. 0.45.
B. 0.05.
C. 1.00.
D. 0.15.
E. 0.0.
Answer:
E. 0.0.
Explanation:
The measure of crossing over coincidence interrelatedness between one cross over and another in a given pair of chromosome is known as what is called Interference.
Given that :
the interference value = 1
The probability of recombination between genes A and B is zero i.e 0.0 because:
when another gene co-occur with a particular gene during cross over, the coefficient of coincidence decreases. We know that the interference is maximum at 1, we can say it ranges from 0-1; now that two recombination is taking place in two genes,the probability is likely to decrease from 1 to 0.0
Similarly; Since the probability of recombination is taking place between two genes i.e genes A and B. Then there is no probability of double crossover when interference value = 1 but when it is zero there is probability of double crossover to occur. With that being said, the probability of recombination between genes A and B is 0.0
بي
As the human population grows, what happens to our natural-resource requirements?
They increase.
They decrease.
They do not change.
They go in cycles
Answer:
They decrease.
Hope this helps.
Answer:
They Increase
Explanation:
Just took the test.
Which processes are associated with the formation of tornadoes select three options
Answer:
the answer is D
Explanation:
The tertiary structure of proteins arise due to ?
Answer:
Side Chain or R group interactions
Explanation:
Tertiary structures of proteins is highly influenced by the interaction between the R-groups of amino acids which may form hydrogen bond, convalent bonds, london dispersion forces etc) to give the overall three-dimensional structure of a polypeptide
does tracheids have protoplasts or not
Answer:
no
Explanation:
tracheids doesn't have protoplasts
Explain the relationship between mutations, adaptations,
natural selection, and extinction.
Answer:
Adaptations result from random mutations in the genes of organisms. Depending on the environment, these adaptations may be favorable or unfavorable. If an adaptation is favorable, it is selected by nature and, over time, more and more organisms in a population will have it. If the environment changes so much that the adaptations of a species are no longer enough for the species to survive, extinction will occur.
Explanation:
Answer:
this person is correct^
Explanation:
Why the rainforest in Costa Rica is not rich with plants? Remember to use scientific language
Answer:
Deforestation is the major problem causing lack of rich species in Costa Rica. This is due to over grazing by cattle.This may lead to flooding which affect fertility of the soil.These animals graze on the plants without regulations,and cause erosion as their hoofs percolate the soil, further reducing soil fertility.
In addition to sustain the beef production, trees were fell to for cattle ranching.This ultimately contributed to loss of the forest species.
Banana plantation is an additional factor.Forest were cleared to cultivate banana, which affects forest population.
Explanation:
distinguish between taxonomy and taxon
Answer:
taxonomy is the branch of biology which deals with classification.
the groups into which organisms are classified are known as taxonomic categories or taxa (plural taxon)
Explanation:
i hope it will help you
can people misdiagnose themselves with the flu
Answer:
Yes
Explanation:
Answer:
yes
Explanation:
the semtoms are very close to a common cold so a lot of people that don´t truly know the sign can misdiagnose themself´s
In what part of the day do plants produce more carbon dioxide and oxygen
Answer:
During the day in the light reactions of photosynthesis
Explanation:
Suppose that a population composed of 100 individuals existed on an island in the Caribbean Sea. Two different alleles of the A gene were present in this population ( a1 and a2 ) at equal frequency. The following events occurred to this unlucky population. Determine what evolutionary force (mutation, migration, drift, or selection) is represented by each event. In addition, tell the effect of each eventon the genetic composition of the population.A) A devastating fire caused the death of 10 individuals.
B) A disease swept through the island and killed 13 individuals. The a1 confers resistance to the disease.
C) A disease swept through the island killing 13 individuals. Neither a1 nor a2 confers resistance to the disease.
D) A boat containing individuals from a different island containing a1, a2, and a3 alleles landed at the island.
E)The leader (whose genotype is a1a1) declared that only individuals with the a1 have the right to be on the island and mate. All a2, a3 individuals moved to another island.
F) A man stumbles upon a barrel that has spilled its contents on some rocks. Unknown the to man, who cannot read, the barrel says "Radioactive". He decides to bring one of the new glowing rocks home to show his wife and puts it in his pants pocket.Some of their babies had an a4.
Answer:
Explanation:
D) A boat containing individuals from a different island containing a1, a2, and a3 alleles landed at the island.
This is an example of migration. It is the movement of an organisms into a particular place or habitat. It increase the population of its new environment and decrease the population of the environment it migrated from.
E)The leader (whose genotype is a1a1) declared that only individuals with the a1 have the right to be on the island and mate. All a2, a3 individuals moved to another island.
This is example of selection. Selection is done in a large population to select traits with desired characteristics. Selection helps to have individual with the best features.
F) A man stumbles upon a barrel that has spilled its contents on some rocks. Unknown the to man, who cannot read, the barrel says "Radioactive". He decides to bring one of the new glowing rocks home to show his wife and puts it in his pants pocket.Some of their babies had an a4.
This is an example of mutation. It a sudden heritable change in the genome of an organism. it can be caused by exposure to radioactive material. Mutation can have a detrimental effect on individual carrying it or useful.
A) A devastating fire caused the death of 10 individuals
Drift- Genetic drift leads to the loss of genotype that are less frequently perpetuated or less occuring and are selected against.
B) A disease swept through the island and killed 13 individuals. The a1 confers resistance to the disease.
Selection- they have selective advantage of been resistance to disease.
match each term to the example that describes it.
-three populations of insects from neighboring regions are able to interbreed.
-a population of a spider species has a wide variance in individual traits.
-researchers in the amazon region found 100 different types of ants living in one tree.
-sea otters eat sea urchins, preventing urchin overpopulation.
pairs:
-genetic diversity
-keystone species
-species diversity
-ecosystem diversity
Answer:
genetic diversity - a population of a spider species
keystone species - sea otters eat sea urchins
species diversity - researchers in the amazon
ecosystem diversity - three populations of insects
Explanation:
plato
Name the ionic compound PbCO3
Answer:
lead carbonate
Explanation:
The ionic compound PbCO3 is called lead(II) carbonate.
Let's break down the name to understand it better:
1. The symbol "Pb" represents the element lead.
2. "CO3" is the chemical formula for carbonate, which is a polyatomic ion consisting of one carbon atom and three oxygen atoms.
To name the compound, we use the Stock system for naming compounds containing transition metals like lead.
1. The Roman numeral "(II)" indicates the charge of the lead ion in the compound. In this case, lead has a +2 charge. The Roman numeral helps differentiate between different possible charges of the metal ion.
2. The word "carbonate" represents the polyatomic ion CO3.
Therefore, the name of the ionic compound PbCO3 is lead(II) carbonate.
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Develop a hypothesis to explain why you think eurypterids developed legs even though they lived on the ocean floor.
I think that since it lives on the ocean floor, at the deepest of the ocean. So anyway, the fin on the Eurypterids is still necessary but not that much, since they live on the ocean floor. Their movements mostly on the ocean floor. So fin would not help them "stick" to the floor. Also there are still gravity acts on the Eurypterids and the feet would help them move faster. Hope this helps.
_________3. In photolysis, some of the energy captured by chlorophyll is used to split:
A. H2O B. NADPH C. ATP D. CO2
Answer:
A) H2O
Explanation:
This helps us produce oxygen and hydrogen. This is the oxygen that you breathe because we have always heard plants give us oxygen and this is how they do it
which type of bond represent a weak chemical bond
Answer:
hydrogen bonds and london dispersion force and van der walls forces
Explanation:
these bonds represent weak bond because their bond energy is very less __kj/mole.
Hey please help plzz:)
Answer:
A is the correct answer of this question
Explanation:
I hope this helps
The English system issues as the international system of measurement true or false
Answer:false
Explanation:
Which of the following is NOT a reason bacteria are good for genetic engineering? A. Their DNA accepts new genes more easily than Eukaryotes. B. DNA is easy to access and modify. C. They replicate very quickly. D. Plasmids can be engineered easily to produce proteins.
Answer:
D
Explanation:
"Scientists insert genes into loops of DNA called plasmids using natural processes and technological innovations. They can then introduce plasmids into bacteria or other cells, which replicate the inserted genes or induce the cells to produce such valuable proteins as human insulin and growth hormone."
The following is not a valid reason that indicates bacteria are good for genetic engineering:
Plasmids can be engineered easily to produce proteins.Thus, the correct option is D.
What is Genetic engineering?Genetic engineering may be defined as a methodology that utilizes laboratory-based technologies and equipment that support in the alteration of the DNA makeup of an organism.
A plasmid is a genetic structure that mediates the translocation of the genetic material of one organism to another for the purpose of modification.
Examples include insulin production, hormone synthesis, increase productivity in plants, etc.
The Plasmid is inserted into bacterial cells when the genetic material of the experimental organism is successfully employed. This process does not deal with the reason that bacteria are good for genetic engineering.
Therefore, the correct option is D.
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What is the purpose of a Punnett square?
Answer:
A Punnett square is a diagram used to determine the statistical likelihood of each possible genotype of the offspring of two parents for a given trait or traits. Reginald Punnett was applying the laws of probability to work pioneered by Gregor Mendel in the mid-1800s.
hope that helps love!
Answer:
The Punnett square is a square diagram that is used to foretell the genotypes of a particular cross or breeding experiment. The diagram is used by biologists to determine the possibility of an offspring having a precise genotype.
Explanation:
