Answers
I think that is the answer
Answer:
C
Explanation:
Child 1 and 2 are both filled in and Child 3 is a carrier, as indicated by the key to the right of the pedigree.
Related Questions
Check all that apply regarding the hypothalamus. Check All That Apply Responds to changes in ambient temperatureResponds to changes in ambient temperature Regulates the release of thyroid stimulating hormoneRegulates the release of thyroid stimulating hormone Regulates sleep and wakefulnessRegulates sleep and wakefulness Evokes nausea during anxietyEvokes nausea during anxiety Secretes the hormone melatoninSecretes the hormone melatonin Relays sensory information to the cerebrumRelays sensory information to the cerebrum
Answers
Answer:
I. Responds to changes in ambient temperature.
II. Regulates sleep and wakefulness.
III. Regulates the release of thyroid stimulating hormone.
IV. Evokes nausea during anxiety.
Explanation:
Hypothalamus can be defined as a small portion of the mammalian brain responsible for the secretion of hormones through the stimulation of the pituitary gland.
It is located between the midbrain and the thalamus. Also, hypothalamus is the most inferior portion in the diencephalon of the forebrain.
Basically, hypothalamus is the most important portion of the brain in vertebrates that controls various bodily functions.
The functions of the hypothalamus includes;
I. Responds to changes in ambient temperature.
II. Regulates sleep and wakefulness.
III. Regulates the release of thyroid stimulating hormone.
IV. Evokes nausea during anxiety.
If dylan which has AB- has kids with O blood, could they have a child with O blood. Explain...
Answers
Answer:
If the kids have O blood and have children with someone else who has O blood or is a carrier, they could have children with O blood.
Explanation:
Punnett squares :)
Why do meiosis and fertilization result in diversity
of traits? Select all that apply.
Gametes are created with two full sets of
chromosomes.
2.Chromosomes pair up with chromosomes
from another organism during fertilization.
3.Gametes are created with one set of
chromosomes.
4.Two sets of genetic material combine in a
zygote.
Answers
Answer:
B) Chromosomes pair up with chromosomes from another organism during fertilization.
C) Gametes are created with one set of chromosomes.
D) Two sets of genetic material combine in a zygote.
Explanation: Meiosis and fertilization result in diversity of traits because gametes are created with one set of chromosomes that later pair up with chromosomes from another organism during fertilization. Two sets of genetic material then combine in the zygote.
Which of the following take place in the
mitochondria? Select all that apply.
glycolysis
citric acid cycle
electron transport chain
oxidative phosphorylation
Answers
Answer:
D
Explanation:
When performing low-intensity activities, the oxidative system uses fats as a substrate to produce ATP. Thus, option D is correct.
What is the significance of oxidative phosphorylation?The majority of the ATP required for higher animals and plants to sustain life is produced by oxidative phosphorylation, which is also in charge of establishing and preserving metabolic equilibrium.
The last phase of aerobic cellular respiration is oxidative phosphorylation. The production of many ATP molecules is the primary goal of oxidative phosphorylation.
The energy system that largely supports prolonged, low-intensity exercise is sometimes referred to as the aerobic system. By boosting oxygen availability and enhancing our capacity to metabolize fat for energy, it supports this kind of exercise.
Therefore, oxidative phosphorylation take place in mitochondria.
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What are the IUDs?????
Answers
Answer:
An intrauterine device, also known as intrauterine contraceptive device or coil, is a small, often T-shaped birth control device that is inserted into the uterus to prevent pregnancy. IUDs are one form of long-acting reversible birth control.
Answer:
Intrauterine Device
Explanation:
It prevents pregnancy by stopping sperms from reaching and fertilizing eggs
MICROSCOPE PARTS Identify all parts of the microscope and associated items. ___ On/ Off switch ___ Eyepiece/ Ocular lens ___ Arm ___ Nosepiece ___ Objective lenses ___ Stage ___ Diaphragm ___ Stage adjustment knob ___ Base ___ Coarse adjustment knob ___ Lens paper ___ Fine adjustment knob ___ Immersion oil ___ Slide/ slide box ___ Kimwipes QUESTIONS 1) What is the proper way to carry a microscope
Answers
Answer:
Explanation:
From the given question: The labels contain the part of the missing microscope. The missing microscope is shown in the picture below.
On/off switch - K
Eyepiece/ocular lens - C
Arm - I
Nosepiece - F
Objective lens - G
Stage - D
Diaphragm - E
Stage adjustment knob - J
Base - M
Coarse adjustment knob - L
Lens paper - A
Fine adjustment knob - N
Clip - H
Immersion oil - B
Slide box - P
kimwipes - O
We are asked to also explain the proper way of carrying a microscope. Now, from a biological perspective; the correct way to handle the process of carrying a microscope is to hold it at the stem with one hand thereby supporting it at the base with the other hand.
Also, the typical magnification for an ocular lens is 10X
what type of weather is associated with a continental polar air mass
Answers
Answer: Cold and dry, originating from high latitudes, typically as air flowing out of the polar highs.
Explanation:
. To calculate the probability that an individual taken at random from a population has a particular genotype (AA, Aa, aa), biologists usually think in terms of a pool containing all the alleles from all the parents, known as the gene pool. This is particularly useful when it is impossible to keep track of ancestry (otherwise known as a pedigree).
Answers
Which of the following is the best definition for the term climate?
Answers
Answer:
climate is an area's weather over a long period of time. Weather is day-to-day and climate is the weather over long periods of time.
Explanation:
what’s The definition of Troposphere
Answers
the lowest region of the atmosphere, extending from the earth's surface to a height of about 3.7–6.2 miles (6–10 km), which is the lower boundary of the stratosphere.
Answer: its basically in simple terms: the lowest point of the earth's atmosphere
Explanation:can i get brainliest :D
Where do sperm go after leaving the epididymis?
A. Vas deferens
B. Urethra
O C. Ejaculatory duct
D. Seminiferous tubules
Answers
Sperm goes to the vas deferens after leaving the epididymis, which is option A. Details about sperm cells can be found below.
What is sperm cell?Sperm is the reproductive cell or gamete of the male. The sperm is responsible for the fertilization of a female gamete to form zygote.
The sperm cell is produced via a process called spermatogenesis which occurs in the testes.
The epididymis is a narrow, tightly-coiled tube where sperm are stored during maturation. However, the sperm enters the vas deferens after leaving the epididymis.
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What is a physiological response that plants could have to losing too much water?
Answer Choices:
1) The plants could do more photosynthesis.
2) The plants could open more stomata.
3) The plants could close their stomata.
4) The plants could grow toward the sunlight.
Answers
Answer:3) close stomata
Explanation:
Answer:
The answer is 3. The plants could close their stomata
Explanation:
This is because if the stomata are closed then water cannot escape.
Which is the best example of a suspension
Answers
Answer:
Emulsions are a type of suspension, where two immiscible liquids are mixed together. Examples of suspended solutions include salt water, sand in water, and muddy water.
Explanation:
Which type of bacteria will survive & reproduce ?
Answers
Answer:
What bacteria need to grow and multiply
Food (nutrients)
Water (moisture)
Proper temperature.
Time.
Air, no air, minimal air.
Proper acidity (pH)
Salt levels.
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Which level of organization includes all the other levels of organization?
Answers
Answer:
B.) Organisms
Explanation:
Answer:
B.
Explanation:
Edge 2022
Which type of reproductive isolation occurs when there are differences in the size or shape of reproductive parts and may prevent interbreeding
Answers
Temporal isolation, in biology, a type of reproductive isolation mechanism among sexual organisms in which the differences in the timing of critical reproductive events prevent members of closely related species, which could otherwise breed with one another, from mating and producing hybrid offspring.
A prezygotic barrier called temporal isolation promotes speciation, or the creation of new species. Isolation on account of geography, reproduction, or behavior are other prezygotic obstacles.
What reproductive isolation occurs in temporal isolation?A reproductive isolation process known as temporal isolation prevents members of closely related species from mating and producing hybrid offspring.
Temporal isolation occurs when essential reproductive activities occur at different times in sexual organisms.
When two or more species reproduce at different times, this is known as temporal isolation. For instance, three different orchid species might be found in the same rain forest.
Therefore, Each species possesses one-day-only blooms that need to be pollinated on that day in order to produce seeds.
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California condors (Gymnogyps californianus) are listed on the IUCN Red List as being critically endangered. Since 2003, the California Condor Recovery Program has been reporting their demographic data. In 2012 they estimated the number of individuals living in the wild to be 235. If their intrinsic rate of natural increase is 0.089 ind/year, predict the size of the California condor population in 2022.
Answers
Answer:
≈ 572
Explanation:
Predict the size of the California condor in 2022
we can predict this value with this relation below
Nt = No*e^(rt) --- ( 1 )
where ; Nt = Future population , No = initial population, r = intrinsic rate of increase , t = time
No = 235
r = 0.089
t = 2022 - 2012 = 10
Insert values into equation 1
Nt = 235 * e^( 0.089 * 10 )
= 235 * e^0.89
≈ 572
Therefore the size of the California condor population in 2022 ≈ 572
What is the difference between learned behavior and an inherited behavior?
Answers
Answer:
Learned behavior is a trait that something learned to do, like how to read or ride a bike. Inherited behavior is instictual and naturally comes to an organism at birth, like sleeping or eating.
Can someone please tell me which ones I am getting wrong? (my answers in parentheses)
Read the statements and decide if it applies to RNA, DNA, or both:
1. Has both purines & pyrimidine (Both)
2. Contains Ribose (RNA)
3. Has negatively charged phosphate groups (Both)
4. Contains hydrogen bonds between nitrogen bases (DNA)
5. The monomer is a nucleotide (DNA)
6. Composed of CHONP (? Both)
7. Contain the Uracil nitrogen base (RNA)
Answers
Answer:
5 is both RNA and DNA....they are building blocks are nuclotides because they are both Nucleic Acids
Why is Meiosis important to organisms?
Answers
Answer:
Meiosis is important because it ensures that all organisms produced via sexual reproduction contain the correct number of chromosomes. Meiosis also produces genetic variation by way of the process of recombination.
Explanation:
Answer:
Meiosis is important because it ensures that all organisms produced via sexual reproduction contain the correct number of chromosomes. Meiosis also produces genetic variation by way of the process of recombination.
Explanation:
Hope this helps!
Turtles and leopards all have four limbs and an amnion. True The common ancestor of lamprey and lancelets had a vertebral column. False In this tree, frogs are the sister taxon of turtles and leopards. False Leopards and bass are more closely related than turtles and bass. False The taxon that shares the most recent common ancestor with frogs is the bass. True Leopards and lancelets have no common ancestor. False
Answers
Answer:
Explanation:
The objective is to conclude if the statements are true or false based on facts.
1)[tex]\text{ Turtles and leopards all have four limbs and an amnion. }[/tex] True
2) [tex]\text{The common ancestor of lamprey and lancelets had a vertebral column. }[/tex] False
This is because their ancestor is a Chordate who doesn't have a vertebral column but a notochord.
3) True
[tex]\text{Frogs are the sister taxa of turtles and leopards because they are more }[/tex]
[tex]\text{related to a common ancestor.}[/tex]
4) [tex]\text{Leopards and bass are more closely related than turtles and bass}[/tex] False
This is because the bass is a fish that possess some characteristics traits related to an amphibian (turtle) as compared to a mammal(leopard).
5) [tex]\text{The taxon that shares the most recent common ancestor with frogs is the bass.}[/tex] False
The taxa of turtles share a more common ancestor with frogs compared to bass.
6) [tex]\text{Leopards and lancelets have no common ancestor. }[/tex] False
The common distant ancestor for leopards and lancelets is known as Chordates
Which of the following statements about cells is FALSE?
a.Cells develop and maintain complex organization to their existence.
b.Cells respond to the environment.
c.Cells reproduce to form new cells.
d.Cells are not organisms.
Answers
Answer:
a. i think
Explanation:
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Identify the stage of the cell cycle that is represented by the letter I in orange.
Answers
Answer:
Interphase
Explanation:
Scientists build models based on what they know from previous research to derive testable hypotheses.Independently, both Watson and Crick and their competitor Linus Pauling constructed an incorrect triple-helix model with the nitrogenous bases arranged so they were on the exterior of the molecule and the phosphate groups on the interior. What evidence caused Watson and Crick to revise their model (CHOOSE 2)
Answers
Answer:
Hello. You didn't show the answer options, but we can consider that Watson and Crick revised the DNA model after seeing DNA images taken through Franklin's x-ray and by observing the pairing of the nitrogenous bases.
Explanation:
For a long time it was believed that the DNA molecule had 3 strands, instead of two, however this information was inaccurate and although defended by some scholars it was somewhat controversial and showed the need for further investigation. With that in mind, Watson and Crick decided that it was necessary to evaluate DNA in a three-dimensional way and therefore, they obtained x-ray images of DNA molecules, taken by Franklin. In these images, it was possible to notice that the DNA had two strands, instead of three. To prove this discovery, Watson and Crick analyzed the nitrogenous bases discovered by Chargaff and the way they were paired, coming to the conclusion that the DNA had two strands.
What is the likely effect of removing the wildcat on the population of ows and rabbits.
Think all the way down to the mouse.
PLZ HELP
Answers
Answer:
Rabbits would survive because there's 1 less predator preying on them, therefore they will reproduce more rabbits and rabbits will overpopulate. And the same thing will happen with the mice, therefore the owls will have less competition over food and their population will grow.
6.) State the principle of dominance? I
Answers
Answer:
Please find the answer below
Explanation:
According to the convener, Gregor Mendel, the law of dominance states that one allele of a gene called DOMINANT ALLELE possess the ability to mask the phenotypic expression of another allele called RECESSIVE allele.
This law explains that in a heterozygous state of a gene, the dominant allele will always be expressed over the other. For example, in the trait of height, if T is tall and dominant, it will mask the allele of the other phenotype.
what are the causes of biodiversity loss????
Answers
The stamen relates to ______________ by producing pollen
photosynthesis
cellular respiration
transpiration
growth
reproduction
Answers
Answer:
reproduction
I am typing this part because it wouldn't let me submit because I didn't have enough written
If 98 out of 200 individuals in a population express the recessive phenotype, what percent of the population would you predict to be homzygous dominant?
Answers
Answer:
49% is the answer for this question
There is a great diversity of metabolism in microbes, with new types being discovered regularly. For example, the use of nanowires by the ANME and SRB was only discovered relatively recently (the study described in the introduction was published in 2015). Understanding microbial metabolism is essential to understanding how these organisms function within an ecosystem, including understanding symbiotic associations such as that between ANME and SRB. The terminology below describes metabolic types. Match each metabolic type with the best description.
a. __________use inorganic compounds for energy and organic compounds as a carbon source.
b. __________perform CO2 fixation and utilize C02 as their sole carbon source.
c. __________are organisms that accomplish the catabolism and degradation of a substance through a cooperative effort with one or more other microorganisms.
d. __________ Use light as an energy source and CO2 as a carbon source.
e. __________Use organic carbon as their carbon source.
f. __________ Use inorganic electron donors and CO2 as a carbon source.
g. __________ Use inorganic organic chemicals as energy
1. Syntrophs
2. Autotrophs
3. Chemolithotrophs
4. Mixotrophs
5. Heterotrophs
6. Phototrophs
7. Chemotrophs
Answers
Answer:
a. mixotrophs
b. autotrophs
c. syntrophs
d. phototrophs
e. heterotrophs
f. chemolithotrophs
g. chemotrophs
Explanation:
Autotrophs are organisms that can synthesize their own food using carbon dioxide (CO2) and water (e.g., algae, cyanobacteria, plants, etc). Syntrophs are organisms that utilize products from other organisms (e.g., mites that consume human dead-skin). Phototrophs are organisms that synthesize their own food by using the energy provided by sunlight (e.g., green plants). Heterotrophs are organisms that cannot synthesize their own food, obtaining energy and nutrients by consuming other organisms (e.g., animals). Mixotrophs are flexible organisms that obtain their food by using a mix of different sources of energy and carbon. Protists that combine autotrophy and heterotrophy are considered mixotrophs. Chemotrophs are organisms that obtain energy by the oxidation of electron donors from the environment, by using both organic sources (chemoorganotrophs) and inorganic sources (chemolithotrophs). Examples of chemolithotrophs include sulfur/iron-oxidizing bacteria, while chemoorganotrophs include the most known bacteria and archaea.