The most common aneuploidy that infants can survive with is trisomy 21, which is found in Down syndrome, affecting 1 in 800 births. Trisomy 18 (Edwards syndrome) affects 1 in 6,000 births, and trisomy 13 (Patau syndrome) affects 1 in 10,000 births.
An organism that contains genes from another organism of a different species is a ? Check all that apply
A. Complimentary Organism
B. GMO
C. Mutant
D. Transgenic Organism
E. Translated Organism
Energy from an earthquake travels
A.
fastest through the gases of Earth's atmosphere.
B.
as light waves that warm the rock underground.
C.
as seismic waves that cause matter to vibrate.
D.
at the same speed through solids, liquids, and gases.
Reset
Answer:
Energy from an earthquake travels: C. as seismic waves that cause matter to vibrate.
Explanation:
The energy of an earthquake travels in the form of waves. These waves are referred to as seismic or earthquake waves. Earthquake waves are classified into two types: body waves and surface waves. Body waves move through the Earth's interior, whereas surface waves travel along the Earth's surface.
is it possible for humans to be the size of molecules and become a liquid if there are enough humans? like if i had enough molecule sized humans would they make a soup or
Im sorry i was just wondering (I am not a cannibal)
Answer: If humans were the size of molecules, I suppose they could make a soup, but it would depend on how the people connect/combine on a molecular level.
Explanation: Also, what kind of question is this?
Select the correct locations on the image.
A high gradient in air temperature and pressure can cause a jet stream, characterized by high-speed winds. Through which marked regions
would jet streams pass?
Polar cell
609
Ferrel cell
30
رررررد
Hadley cell
Hadley cell
Answer:
all boxes on the black lines
Explanation:
there's 4 boxes you should have selected i just took the same test
Summarize how Dr. Temple Grandin changed the face of animal husbandry.
need written response
Answer:
Dr. Temple Grandin changed the face of animal husbandry by creating a new, humane, and efficient way of processing meat. There are even vet clinics inspired by her to be 100% discomfort-free.
Explanation:
Hope this helps!
Dr. Temple Grandin, an American professor of animal science and a prominent advocate for animal welfare, has had a transformative impact on animal husbandry.
Despite facing challenges with autism, she leveraged her unique perspective and deep empathy for animals to revolutionize the way livestock is handled and treated in the agricultural industry.
Dr. Grandin is renowned for her innovative designs of livestock handling facilities that prioritize the welfare of animals. By understanding the sensory sensitivities of animals, she created more humane systems that reduce stress and fear during handling and transportation. Her designs include curved chutes and non-slip flooring, which encourage a calmer movement of animals, minimizing injuries and distress.
Dr. Temple Grandin's contributions to animal husbandry have been instrumental in promoting compassionate practices, reducing animal suffering, and fostering a greater understanding of the emotional needs of livestock. Her groundbreaking work continues to inspire positive change and serves as a testament to the potential for empathy and innovation to transform industries for the betterment of both animals and humans.
To learn more about animal welfare
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In an
ecosystem, energy is transferred from one organism to another. Which of the
following best shows the transfer of energy among organisms in an ecosystem's
food web?
A. omnivore carnivore - herbivore → - producer
B. producer – herbivore - carnivore decomposer
-
C. producer – decompoder herbivore — Omnivore
D. carnivore ——herbivore decomposer —> omnivore
-
Answer:
producer – herbivore - carnivore decomposer.Explanation:
hope it helps you<3is a nonvascular plant because it lacks xylem and phloem.
Answer:
The answer is moss, just did the test:)
Explanation:
have a wonderful day.
Bye
would would would would would would would would would would would would would
What is different between your own kidney and a donated kidney?
CAN SOMEONE PIEASE ANSWER THIS
Answer:
that its not the kidney you were born with
Explanation:
no explanation
Answer:
Your kidney has different DNA than if you got one from a donor, if that's what you mean
Explanation:
PLEASE HELP I NEED BEFORE 11:59
Answer:
1) Interphase.
2) Prophase I.
3) Metaphase I.
Expain why the lettuce irrigated with a mixture of water and fertilizers grows on gravel
Klein first became fascinated with crows at what event?
1 His wedding
2 An outdoor concert
3 A marathon
4 A cocktail party
Answer:
the answer is 4.) a cocktail party
1) You have an electropherogram with a clean, three-locus profile:
STR locus #1 is 10, 14
STR locus #2 is 30 (only)
STR locus #3 is 3, 6
What is the random match probability of this profile? Fill in the blank:
"Approximately one in every
people, drawn randomly from the human
population, would be expected to have this three-locus profile.
Following the product probability rule and assuming independence among loci, the random match probability of this three-locus profile is 0.000853. See below the procedure for question number 2.
What does the product probability rule state?The product probability rule allows us to calcuate the probability of occurrence of two or more events at the same time. It is about a joint probability of two or more events that might happen simultaneously, not excluding each other.
This rule is based on the dependence or independence of the events. Two events, A and B, are independent of each other if one of them does not affect the occurrence of the other one.
The rule establishes that the occurrence probability of two independent events -A and B- together is the multiplication product of the probability of occurring A by the probability of occurring B.
P(A∩B) = P(A) x P(B)
In the exposed example,
STR locus #1 has three alleles → 10, 11, 14STR locus #2 has four alleles → 27, 28, 28.2, 30STR locus #3 has three alleles → 3, 6, 7The frequency of each allele is detailed in the table.
According to the electropherogram, the profiles are
STR locus #1 → 10, 14 → Heter0zyg0usSTR locus #2 → 30 → H0m0zyg0usSTR locus #3 → 3, 6 → Heter0zyg0usKnowing the allele frequencies, we can get the genotypic frequencies,
Locus Allele frequency Genotypic frequency
STR locus #1
10 0.22 2xpxq = 2 x 0.22 x 0.18 = 0.079
14 0.18
----------------------------------------------------------------------------------------------------
STR locus #2
30 0.22 p² = 0.22² = 0.048
----------------------------------------------------------------------------------------------------
STR locus #3
3 0.45 2xpxq = 2 x 0.45 x 0.25 = 0.225
3 0.25
----------------------------------------------------------------------------------------------------
So, the probability, P, of getting these genotypes are,
P ₍₁₀₋₁₄₎ = 0.079P₍₃₀₋₃₀₎ = 0.048P₍₃₋₆₎ = 0.225The random match probability of this profile is the probability of getting the three genotypes together.
Following the product probability rule and assuming that loci are independent from each other, the profile probability, PP, is
PP = P₍₁₎ x P₍₂₎ x P₍₃₎ x .... P₍ₙ₎
PP = (P₍₁₀₋₁₄₎ ) (P₍₃₀₋₃₀₎) (P₍₃₋₆₎)
PP = 0.079 x 0.048 x 0.225
PP = 0.000853
The random match probability of this three-locus profile is 0.000853.
To fill in the blank, you need to consider the population size -N- and the probability of getting this three-locus profile.
Since I do not have the total number of individuals in the population, I will say that my population size, N = 500 individuals and I will make the calcs according to this number. You should follow the same procedure but use your N.
We know that the probability of getting this three-locus profile is 0.000853. This is the frequency of individuals carrying this genotype in the population.
To get the number of individuals with this genotype in the population, we need to multiply this frequency by the total number of individuals, N.
Nº of individuals with the three-locus profile = frequency x N
Nº of individuals with the three-locus profile = 0.000853 x 500
Nº of individuals with the three-locus profile = 0.4265 individuals.
Now we know that in a population of 500 individuals, there are 0.4265 individuals with the three-locus profile. Now we need to know the population size in which we can find 1 individual with this genotype.
0.4265 individuals with the three-locus profile-------- 500 individuals
1 individual -------------------------- X = (1 x 500) / 0.4265 = 1,172.33 individuals.
According to these calculations, approximately one in every 1,172.33 individuals, drawn randomly from the population, would be expected to have this three-locus profile.
Note: Remember to use the population size provided to you in this problem. The procedure is the same, but the population size -N- will be different.
You will learn more about probability rule at
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Come on anyone help please I need this to be done by tomorrow. please
Answer:
1400
Explanation:
Not sure though
subtract
urine=kidneys 1500
sweat= skin. 100
Describe eggs laid in water.
Answer:
Eggs laid in water? Wet eggs? im not sure i understand? like frog eggs?
Explanation:
if its frog eggs then small and slimy and kind of squishy.
The reproductive system in both males and females are controlled and regulated by the interaction of hormones from the hypothalamus and pituitary glands with hormones from the reproductive organs. How do these hormones affect the development of male and female reproductive systems? (Provide an answer of minimum of 25 words)
How do these hormones affect the development of male and female reproductive systems?
➪ These harmones help both male and female to develop sexual characteristics and play an important role in menstrual cycle, fertility and pregnancy in females. In males, these hormones help make sperm in testes...
What is a null hypothesis?
A. a hypothesis stating that there is no
relationship between the independent and
dependent variable
B. a hypothesis stating that there is a positive
correlation between data sets
C. a hypothesis stating that there is a negative
relationship between the data and the expected
values
D. a hypothesis that is rewritten from the
original after an experiment is ran
( acellus academy )
Answer:
A
Explanation:
a hypothesis stating that there is no relationship between the independent and dependent variable.
(ANSWER)
Precipitation occurs when _____.
Answer: occurs when a portion of the atmosphere becomes saturated with water vapor , so that the water condenses and "precipitates" or falls.
Hope this helps!
What are some ways an area can undergo reclamation after being mined?
Answer:
Refilled/reshaped w/vegetation planted; filled w/water to become a lake; turned into landfill; left open as home for bats or sealed off if underground.
The reproductive system in both males and females are controlled and regulated by the interaction of hormones from the hypothalamus and pituitary glands with hormones from the reproductive organs. How do these hormones affect the development of male and female reproductive systems?
When a human steps out into the cold air, the body begins to shiver in order to keep its temperature at 98.6 degrees Fahrenheit.
Answer:
All living things maintain an internal balance.
Please can you give me a brainiest?
Which of the following are subatomic particles? Select all that apply.
A. Gas
B. Elements
C. Protons
D. Electrons
E. Mixtures
F. Neutrons
Answer:
Protons, Electrons, and Neutrons are what atoms are made of. Therefore, they're subatomic (smaller than atom) particles.
What is the mRNA sequence for the template strand of DNA if it has the sequence 3’ TACAAACTAGAA 5’
a. 5’ ATGTTTGATCTT 3’
b. 5’ AUGUUUGAUCUU 3’
c. 5’ TACAAACTAGAA 3’
d. 5’ UACAAACUAGAA 3’
How much oil was removed?
Answer:
40ml
Explanation:
90-50=40
What is a reflex?
Behavior that does not involve What is a reflex?
Behavior that does not involve the forebrain, or "higher" centers of an animal's
brain.
Similar nerve cells grouped together in a nervous system.
How do static charges interact, and how are they released?
When you mix the primary colors of light, you produce the color:
a. yellow
b. green
c. white
d. black
Answer: White
Explanation: when all 3 of the primary colors are mixed you get a white light
Characteristics for forlorn
Answer:
desolate or dreary; unhappy or miserable, as in feeling, condition, or appearance.
lonely and sad; forsaken.
expressive of hopelessness; despairing: forlorn glances.
bereft; destitute: forlorn of comfort.
Explanation:
hope this helps
Answer:
Desolate or dreary, lonely and sad, forsaken, hopelessness, despairing, forlorn, and destitute.
Explanation:
What are zymogens? Give an examples
What are zymogens? Give an examples
➪ Inactive precursor of enzymes are known as zymogens. They are also known as proenzyme.
For example:-
Pepsinogen is the precursor of pepsin. Pepsinogen is inactive until it is released by chief cells into HCl. The latter partially activates pepsinogen.How does the cell cycle play into organ donation?
Answer:
Steps in the process are as follows:
1. Identification of the Potential Donor by the Hospital. ...
2. Evaluation of Donor Eligibility. ...
3. Authorization for Organ Recovery. ...
4. Medical Maintenance of the Patient. ...
5. Matching Organs to Potential Recipients. ...
6. Offering Organs Regionally, Then Nationally. ...
7. Placing Organs and Coordinating Recovery.