Your answers are:
1. Analogous
2. Homologous
If you'd like to know why:
Your clue for the first one is "same function," and "Have different evolutionary lineage." Analogous structures are structures that are similar when comparing animals that are completely unrelated. They are similar in structure because they have similar function.
On the other hand, the second one, homologous structures, they are structures that are similar, when comparing animals that are related, down the line of ancestry.
Vestigial structures, the one not selected, are structures that are found in different animals but differ in size due to evolution, because they are no longer used by certain organisms.
Answer:
1. Analogous
2. Homologous
Explanation:
BRAINLIEST!!! 38PTS PLEASE HELP!!
Create 3 questions about the cause-and-effect relationship between the genetic code
and gene expression, mechanisms of gene regulation, and/or the role of DNA segments that do not code for proteins.
1.what is the difference between genetic code genes and a gene expression?
2. what is the difference of mechanism genes and the DNA segments between them?
3.what is the effect of all four together or their roles to us?!
This pattern includes___ extinction witch tends to not disturb ecosystems as well as a ___ extinction in which ecosystems change drastically
The correct answers are:
- background extinction;
The background extinction is an extinction that occurs naturally, and small number of species are affected by it in certain periods. It occurs as a natural way of the evolution of the species.
- mass extinction;
The mass extinction occurs after a massive natural catastrophe that influences the whole planet, or big portion of it. In this type of extinction, the ecosystem changes dramatically because the majority of the species die out in a very short space of time.
The pattern includes background extinction, which does not disturb ecosystems significantly, and mass extinction that drastically alters ecosystems.
The pattern described includes background extinction, which tends not to disturb ecosystems, as well as a mass extinction, in which ecosystems change drastically. Background extinctions generally occur at local scales and do not compromise the overall ecosystem stability. They can even contribute to biodiversity through the intermediate disturbance hypothesis. In contrast, mass extinctions result in sudden and dramatic losses of biodiversity, extensively altering the existing ecosystems and leading to the creation of new ecosystem configurations that can defy prediction. These events have occurred five times in Earth's history, as reflected in the fossil record.
A lab technician observes the red blood cells in a blood sample to have surface antigen B. What alleles does the person who provided the blood sample have?
A) IAIA or IAi
B) IBIB or ii
C)IBIB or IBi
D) IAIB
B) IBIB or ii
Explanation:It means that the blood group of that person is B. so the allele or genotype of that person can be IBIB or ii, homogeneous or heterogeneous.
the answer is c, IBIB or IBi
Compare and contrast the 2 major groups of cells: prokaryotes and eukaryotes
Prokaryotes:
- No nucleus
- Surrounded by cell wall
- Reproduces asexually
- No membrane-bound organelles
- Circular DNA
Eukaryotes:
- Found on chromosomes
- Have linear DNA
- Has organelles
The _______ climates make up the largest climatic zone on Earth.
Hello!
To answer this question we need to understand the different groupings of climate zones.
TopicalTemperatePolarOf these different types, they can be broken into smaller climate zones such as
PolarBoreal ForestMoutainTemperate ForestMediterranean Dry GrasslandTropical GrasslandTropical Rain ForestDesertBased off research, we learn that Dry climates cover nearly 30% of Earth's surface. Making them the largest climatic zone!
A man and woman have a son who is color blind, a recessive sex-linked trait carried on the X-chromosome, but neither parent is color blind. The woman is now pregnant with their second child. Which of the following statements is true about the second child?
A. A daughter will be color blind because the father is a carrier of the recessive allele.
B. A son will be color blind because the mother is a carrier of the recessive allele.
C. A daughter will not be color blind because the father is not a carrier of the recessive allele.
D. A son will be color blind because the father’s mother must have been a carrier for recessive allele.
The answer id "D"
If a child has a hereditary gene and neither the Mom or Dad had it, it means it came from higher up in the family tree like the Moms Dad or mom or the dads grandma.
Answer:
B. A son will be color blind because the mother is a carrier of the recessive allele.
Explanation:
Since color blindness is caused by a disturbance in the sex chromosome X, we can define the expression of the genes of this disorder as follows:
[tex]X^DX^D[/tex] - Normal woman
[tex]X^DX^d[/tex] - Normal woman carrying the recessive gene
[tex]X^dX^d[/tex] - Colorblind woman
[tex]X^DY[/tex] - Normal man
[tex]X^dY[/tex] - Colorblind man
As the father can only donate one X chromosome and it is dominant (D), the son can only be color blind [tex](X^dY)[/tex] if he receives the X chromosome from the mother carrying the recessive allele (d).
15 points!
The replication of DNA occurs during which of these stages of the cell cycle:
A. M
B. S
C. G1
D. G2
:)
When a cell passes the G1 checkpoint it enters the S phase of the cell cycle. During this phase DNA is replicated, so the answer is C
what cell structure would a leaf or a tree have that a fingernail wouldn't
A. mitochondria
B. Cilia
C. chloroplasts
D. ribosomes
B chloroplasts. Because cilia is something found in both of the cells, an same goes for mitochondria and ribosomes.
it is going to be B
how is mitochondrial DNA mtdna typing used in forensic science
Mitochondrial DNA (mtDNA) typing is used in forensic science for it serves as an important tool in determining the recovered damaged, degraded or small sample source of the DNA. Mitochondrial DNA is a small genome that is found in the mitochondria, just outside of the nucleus of the cell.
Answer and Explanation:
The mitochondrial DNA (mtDNA) has a maternal mode of inheritance and, therefore, geneticists can trace the origins of a DNA sample by analyzing the mtDNA of forensic samples
Use the drop down menus to label the organelles
What are the options in the drop down menu and pictures of the organelles?
Answer:
b
Explanation:
process that breaks down glucose to create two molecules of pyruvic acid (pyruvate)
During glycolysis, glucose is broken down in ten steps to two molecules of pyruvate, which then enters the mitochondria where it is oxidized through the tricarboxylic acid cycle to carbon dioxide and water. Glycolysis can be split into two phases, both of which occur in the cytology.
Glycolysis is the process thet breaks down glucose to create two molecules of pyruvic acid. It is the ten steps process in which glucose is break down into pyruvate . Glycolysis occur in the cytoplasm. There is net gain of 2 ATP in the process of glycolysis. Pyruvic acid is the simplest of the alpha - keto acids.
Cleo has a vegetable garden and wants to increase the amount of nitrogen in the soil. How can she most likely do this?
You can buy/use fertilizer products made specifically for the type of vegetable.
Cleo can add several soybean plants to her garden
Scientist observes a pair of separate chromosomes that have genes for the same trait ranch in the same order however some of the release of the genes are different what is the scientist most likely observing?
A. homologous chromosomes with heterozygous alleles
What is not considered a sex-linked trait?
Answer:
An attribute that isn't viewed as a sex-connected quality is called an autosomal characteristic.
Explanation:
A sex-connected characteristic is one that is situated on one of the two sex chromosomes. An autosomal quality is one that is situated on the autosome instead of on one of the two sex chromosomes. Precedents of autosomal characteristics incorporate Cystic Fribrosis and Sickle Cell Anemia. Relating to a chromosome that isn't a sex chromosome. Individuals ordinarily have 22 sets of autosomes in every cell, together with 2 sex chromosomes, X and Y in a male and X and X in a female.
What is the usual cooking time in soup for starchy vegetables, such as winter squash and beets cut to a small dice
Answer:
10 mins
Explanation:
Starchy vegetables like winter squash and beets typically take about 20-30 minutes to cook in a soup.
Explanation:The usual cooking time for starchy vegetables, such as winter squash and beets cut into a small dice, can vary depending on the specific recipe and desired texture. However, as a general guideline, starchy vegetables like winter squash and beets typically take about 20-30 minutes to cook in a soup.
It's important to note that cooking times can be influenced by factors like the size of the dice, the type of stove used, and the thickness of the soup base. It's always best to follow a recipe or check for doneness by testing the tenderness of the vegetables with a fork.
Learn more about Cooking time for starchy vegetables in soup here:https://brainly.com/question/11213600
#SPJ12
A unicellular organism that has a nucleus, a cell wall, and the ability to produce spores?
fungi and/or bacteria
A unicellular organism with a nucleus, cell wall, and ability to produce spores likely belongs to specific kinds of fungi, including yeasts and chytrids. These organisms are eukaryotic and utilize spores for reproduction, allowing them to adapt to various environments.
The unicellular organism that has a nucleus, a cell wall, and the ability to produce spores could be from a few different groups. These characteristics are indicative of eukaryotic unicellular organisms, specifically some fungi like yeasts (which are atypical members of generally multicellular or colonial fungal groups most are cup fungi = Ascomycota) and chytrids (Chytridiomycota, which are a fungal group with some colonial members). Yeasts reproduce asexually through a process known as budding, whereas chytrids can reproduce both sexually and asexually, producing zoospores in the latter method.
Spores are haploid cells that can give rise to haploid multicellular organisms or can fuse with another spore to form a diploid cell. This characteristic is crucial in the life cycle of these organisms, allowing them to reproduce and spread in various environmental conditions. Specifically, in a process like the one seen in chytrids where the zygospore germinates, it leads to the production of haploid spores through meiosis, which are then capable of generating new haploid, multicellular organisms through germination.
Which is a part of interphase A. G1 phase
B. Telophase
C. Cytokinesis
D. Prophase
The correct answer is A. G1 phase.
Interphase is a part of cell cycle which includes G1, S and G2 phases. G1 phase is also called as first gap phase. During this phase cell grows large in size. It makes copies of cell organelles and makes molecular materials which are required for the later stage of mitotic division.
Interphase is comprised of three stages which are G1, S, and G2 phases. So the correct answer is option A.
Earlier the interphase was called as the resting phase of the cell. However a cell is not actually resting during the interphase rather the cell prepares itself for the cell division or mitosis during this phase.
During the G1 phase cell growth occurs and synthesis of proteins takes place in the cell. Also there is synthesis of organelles as well an increase in the cytoplasm volume. During the S phase synthesis of DNA takes place. During the G2 phase the cell continues to grow and divides the mitochondria.
So the G1 phase involves an increase in cellular contents of the cell.
To learn more about interphase, refer to the link:
https://brainly.com/question/30622117
#SPJ6
after meiosis __genetically different cells are formed
After meiosis Four (4) genetically different cells formed.
ExplanationThe meiosis results in four daughter cells that are haploid, which means they contain half the number of chromosomes of the diploid parent cell.
For example:
A human cell with 46 chromosomes after meiosis will produce 4 cells with 23 chromosomes each.Answer:
4
Explanation:
Which spheres of Earth are influenced when human-caused air pollution leads to acid rain that dissolves limestone rocks? Check all that apply. atmosphere cryosphere geosphere hemisphere hydrosphere
The spheres of earth that gets influenced by the human caused air pollution which leads to acid rains that dissolves the limestone rocks are atmosphere, geosphere and the hydrosphere.
This is because the atmosphere contains the polluted air which has the components of the acid rain. The acid rains accumulates on the hydrosphere if not collected by the geosphere. The geosphere is the one which is drastically affected by the acid rains as the limestone rocks melts.
atmosphere geosphere hydroshere
explain how triode phosphate is produced and used in the chloroplasts of a plant
In the light-independent reactions, ribulose-bisphosphate and carbon dioxide react together in the process known as carbon fixation, the reaction is catalyzed by the enzyme Rubisco. In the process, two three-carbon molecules of glycerate-3-phosphate are produced.
Further, the molecule of glycerate -3-phosphate is reduced to produce triose phosphate by using ATP and NADPH generated during the light-dependent reactions. Some of the triose phosphates are used to reproduce ribulose-bisphosphate, while some are used to generate starch or glucose.
A pack of wolves kill and eat a deer. What kind of interaction takes place between the wolves and the deer?
This is predation. A predator-prey relationship. The predator catches the prey, kills and eats it for food.
Answer:
predator/pray
Explanation:
i did it on study island
The diagram shows the chemical structure of a nucleotide.
A molecular structure represents a nitrogenous base as two polygons, then a 5-carbon sugar as a pentagon, and then a phosphate group as a sphere.
How does a polymer of nucleotides encode genetic information?
A. by the sequence of nitrogenous bases
B. by the sequence of 5-carbon sugars
C. by attaching sulfur groups to the phosphate groups
D. by attaching carbohydrates to the 5-carbon sugars
The correct answer is: A. by the sequence of nitrogenous bases
The genetic code is the set of rules which is represented by the specific order of nucleotide bases. It is used by cells to translate information encoded within genetic material (DNA) into proteins. The genetic code consists of nucleotide triplets-codons, specify which amino acid will be added next during protein synthesis.
A polymer of nucleotides encodes genetic information by the sequence of nitrogenous bases.
Explanation:A polymer of nucleotides encodes genetic information by the sequence of nitrogenous bases.
Each nucleotide in DNA or RNA contains a nitrogenous base which can be one of four types: adenine (A), thymine (T), cytosine (C), or guanine (G).
The order or sequence of these nitrogenous bases along the polymer chain determines the genetic code and instructions for cell function.
Learn more about Genetic information encoding here:https://brainly.com/question/33279637
#SPJ3
The cell membrane allows some,but not all,molecules to cross.What terms describes this property?
A selectively permeable membrane allows SOME but not ALL materials to cross.
Bats hunt using echolocation, in which they send and receive high frequency sounds to locate prey. When bats hear the sounds of others, they typically begin hunting in the same area. As the number of bats hunting in the area increases, individuals become more successful at locating and capturing prey. Some populations of bats live in areas with high levels of noise pollution, such as near heavily trafficked bridges. How might the hunting behavior of bats be affected by such an environment?
It would make it more difficult for the bats to use echolocation, as the sound from the roads would block their echo.
Noise pollution can interfere with a bat's echolocation by drowning out the echoes they rely on to locate prey, potentially reducing their hunting success. Nevertheless, bats may adapt by changing their behavior or developing more sensitive hearing in response to a noisy environment.
Explanation:Bats utilize a sophisticated biological adaptation known as echolocation to hunt their prey. This process involves emitting high-frequency sounds and then listening for the echoes that bounce off objects in their environment. Bats use these reflected sound waves to create a sensory 'map' that helps them locate and capture prey even in complete darkness.
When bats are in areas with high levels of noise pollution, such as near heavily trafficked bridges, their ability to hunt using echolocation can be compromised. The ambient noise can interfere with their ability to detect the faint echoes returning from their prey. As more bats congregate in a noisy area, their collective echolocation may become less effective due to the increased ambient sound, which could result in a reduced success rate in hunting.
However, it is also possible that certain bats might adapt their hunting strategies or develop more sensitive hearing to overcome noise pollution. Studies on the impact of noise pollution on bat hunting behaviors would be needed to determine the precise effects.
How to remember the different prokaryotic and eukaryotic
Prokaryotic: has no nucleus, has no mitochondria.
Eukaryotic: Has a nucleus, contain membrane bound organelles and divide through mitosis and meiosis
Where does oogenesis take place? in the seminiferous tubules in the ovaries in the uterus in the fallopian tubes
Oogenesis takes place in the outermost layers of the ovaries and begins with a germ cell called an oogonium. Fertilization typically occurs in the uterine tube. These processes are critical for sexual reproduction in females.
Oogenesis is the process by which female gametes, or eggs, are produced. This process occurs in the outermost layers of the ovaries. It starts with a germ cell known as an oogonium (plural: oogonia), which undergoes mitosis to increase in number. Over time, this leads to the development of up to about one to two million cells in the embryo. In contrast, spermatogenesis, the process of sperm production, occurs in the seminiferous tubules within the testes, which is a completely different location from oogenesis.
As for the process of fertilization, it typically occurs within the uterine tube (also known as the fallopian tube), not in the ovary, uterus, or vagina. Here, the sperm meets and fertilizes the egg, leading to the beginning of pregnancy.
Which of the following would be most effective way to say no
step off botch nihha
Answer:
I don’t think that’s a good idea.
Explanation:
assertive
Which is an example of passive transport across a cell membrane? A)osmosis B)exocytosis C)endocytosis D)sodium-potassium pump
An example of passive transport is osmosis. It is the only transport that doesn't require ATP to move something.
In a particular leech species, body length is determined by 3 different pairs of alleles at 3 gene loci. Every dominant allele adds 2 mm to the worm’s length. The baseline length is 10 mm.
(a) What is the length of the longest possible leech?
(b) The longest and shortest possible leeches are mated. What is the length of the F1
offspring?
(c) The F1 mate with each other and produce F2 leeches. What is the probability that
the F2 offspring will be as long as the longest parent from the P generation?
What is the probability that the F2 offspring will be the same length as one of their
parents?
(d) Write another genotype that would have the same phenotype as AaBBCc.
(e) What type of inheritance pattern is demonstrated by this example of leech body length?
a. the length of the longest possible leech is 10mm plus 3*2*2mm = 22mm (if all of 8 alleles are dominant at 3 gene loci)
b. The genotype of the longest leech is AABBCC and the genotype of the shortest is aabbccc
P: AABBCC x aabbcc
F1:AaBbCc (3 dominant alleles 3*2mm) 10+6=16mm
c. F1: AaBbCc x AaBbCc
F2: 1/64 is the probability that F2 offspring will be as long as the longest parent from the P generation
19/64 is the probability that the F2 offspring will be the same length as one of their
parents
d. genotype that would have the same phenotype as AaBBCc is AabbCC or aaBbCC…(all with three dominant alleles)
e. The correct answer is Autosomal Dominant Inheritance.
The longest possible leech will be 22mm long.
Explanation:As the baseline length of an leech is 10mm and six allele are coding for and each allele is adding 2 mm in it so the possible longest leech will be 22mm long.
Answer 2:The possible length of their F1 generations will be 16mm.
Explanation:As we are mating the longest and shortest possible leeches so the possible genotype of the next generation will be having three dominant alleles so their length will be 16mm long.
Answer 3:When F1 mate each other then the probability of their next generation having the off springs with P1 length is 0.015625 and the probability of F2 having the same length as parent is 0.328125.
Answer 4:AaBbCC or AABBcc or AAbBcC
These all genotypes will have the same phenotype as AaBBCc
Answer 5:This leech is simply showing the effect of genotype directly on its phenotype. It is also shows the phenomenon of independent assortment. Because every allele is independently showing their effect.
Research from several sources is used to support the evolutionary theory that one type of sponge is more closely related to non-sponge animals than it is to other sponges. What does this suggest about classification in the animal kingdom?
Final answer:
Emerging research indicating that some sponges are more closely related to other animals than to different sponges calls for revisions to the animal classification system, considering evolutionary history and genetic data.
Explanation:
The research suggesting that one type of sponge is more closely related to non-sponge animals than to other sponges has implications for the classification in the animal kingdom. This suggests that traditional morphological classification systems might need to be revised in light of molecular and genetic evidence that can uncover deeper evolutionary relationships. Hence, the classification system in zoology, which characterizes animals based on anatomy, morphology, evolutionary history, embryological development, and genetic makeup, might need to adapt to new findings, underscoring the dynamic nature of scientific understanding.