Luke plays football. his coach measured his body fat at 24 percent. luke is
Luke has a body fat percentage of 24%, which is relatively high and may indicate the need for some lifestyle changes to improve his health and athletic performance.
Explanation:Answer:Luke's body fat percentage of 24% indicates that he has a relatively high amount of fat in his body compared to his total body weight.
This measurement is commonly used as an indicator of overall health and fitness level, as higher body fat percentages can increase the risk of certain health conditions.
To improve his health and athletic performance, Luke may consider engaging in regular exercise and following a balanced diet.
Learn more about Body fat percentage here:https://brainly.com/question/32011953
#SPJ12
When experimental results are statistically significant, this means the _____ hypothesis has been _____?
Answer:
___Null __ hypothesis has been _Rejected____
Explanation:
If the results obtained from the testing of a null hypothesis are statistically insignificant then it means that there were not enough proofs to support the null hypothesis and hence in virtue of insufficient proofs the null hypothesis is rejected.
The meaning of significant does not implies that statistically significant null hypothesis is important. However, it simply means that statistically insignificant hypothesis have high probabilities to provides less evidence in order to support the thesis.
The probability value of hypothesis must be less than 0.01 for a strong rejection of null hypothesis.
When a cell gains water, what happens to its size and weight?
How is the protein created from the mRNA sequence which reads AUGAUAGUGUAC different from the protein created from one that reads AUGAUAGUGUAG?
U
C
A
G
UUU
Phenylalanine
UCU
Serine
UAU
Tyrosine
UGU
Cysteine
U
U
UUC
Phenylalanine
UCC
Serine
UAC
Tyrosine
UGC
Cysteine
C
UUA
Leucine
UCA
Serine
UAA
Stop
UGA
Stop
A
UUG
Leucine
UCG
Serine
UAG
Stop
UGG
Tryptophan
G
CUU
Leucine
CCU
Proline
CAU
Hisitidine
CGU
Arginine
U
C
CUC
Leucine
CCC
Proline
CAC
Hisitidine
CGC
Arginine
C
CUA
Leucine
CCA
Proline
CAA
Glutamine
CGA
Arginine
A
CUG
Leucine
CCG
Proline
CAG
Glutamine
CGG
Arginine
G
AUU
Isoleucine
ACU
Threonine
AAU
Asparagine
AGU
Serine
U
A
AUC
Isoleucine
ACC
Threonine
AAC
Asparagine
AGC
Serine
C
AUA
Isoleucine
ACA
Threonine
AAA
Lysine
AGA
Arginine
A
AUG
Methionine/Start
ACG
Threonine
AAG
Lysine
AGG
Arginine
G
GUU
Valine
GCU
Alanine
GAU
Aspartate
GGU
Glycine
U
G
GUC
Valine
GCC
Alanine
GAC
Aspartate
GGC
Glycine
C
GUA
Valine
GCA
Alanine
GAA
Glutamate
GGA
Glycine
A
GUG
Valine
GCG
Alanine
GAG
Glutamate
GGG
Glycine
G
a. The first has fewer amino acids than the second.
b. The first has isoleucine where the second has leucine.
c. The first has one more amino acid than the second.
d. The first has serine where the second has valine.
C option is the right answer which states teat the first has one more amino acid than the second.
Explanation:
The first mRNA sequence codes for the Methionine (start codon), isoleucine, valine, and tyrosine.
The second mRNA sequence for the Methionine, isoleucine, valine only, because the last sequence (UAG) is of stop codon and stop codon do not code for any of the amino acids.
The ________ nervous system is responsible for stimulating digestion and causing the bladder to contract
Answer:
Parasympathetic nervous system.
Explanation:
Parasympathetic nervous system is one of the division of the autonomic nervous system, that regulates the proper functioning of the body.
Parasympathetic nervous system controls the process of digestion, conserves energy and slows the heart rate of the organisms. This nervous system causes relaxation of the sphincter muscles of the digestive tract. The bladder contraction is also caused the stimulation of the parasympathetic nerves.
Thus, the answer is parasympathetic nervous system.
Neural tracts that convey information to the brain concerning temperature and pain would be ________.
Feather color in a certain species of bird is controlled by a pair of alleles that exhibit incomplete dominance. if birds that are homozygous for one allele are black and birds that are homozygous for the other alleles are white, then heterozygous birds would be:
A low return rate for a survey is likely to result in findings that are not generalizable to the entire population.
a. True
b. False
Answer:
True
Explanation:
Response rate is a term used to describe the provision of insights that determine whether a survey was done correctly with an accurate collection of relevant and important data for the correct completion of the survey, as well as for its application in society. This rate, therefore, refers to the number of individuals who participated in a survey divided by the number of individuals who make up the sample group. With that, we can conclude that if the response rate was low, this research is not appropriate to be applied to a population. This is because a low rate of return on a survey is likely to result in findings that are not generalizable to the entire population.
If a lawn is fertilized and it doesn't rain, the grass often dies. why?
Grass often dies after fertilization without rain because it cannot absorb necessary nutrients, may suffer from osmotic stress, and salt buildup can become toxic to the roots.
Explanation:Grass often dies when a lawn is fertilized and it does not rain due to several interrelated factors. Fertilizers often contain high levels of nitrogen, which is crucial for plant growth, but without sufficient water, the grass cannot absorb these nutrients. Additionally, rain is essential because it helps dissolve and distribute the fertilizer nutrients in the soil, making them accessible to the grass roots. Without rain, the fertilizer can actually draw out moisture from the soil in a process called osmotic stress, further parching the grass. Furthermore, the lack of water after applying fertilizer can lead to a buildup of salts, which can be toxic to the grass roots, exacerbating the damage and potentially leading to the death of the grass.
Learn more about Effects of Fertilization Without Water here:https://brainly.com/question/25405820
#SPJ3
Anaerobic glycolysis is an energy system that uses:
What kind of metabolic poison would interfere with glycolysis?
Metabolic poisons that interfere with glycolysis include those affecting pyruvate kinase, leading to ATP production failure, and ethylene glycol, which causes metabolic and lactic acidosis.
Explanation:A metabolic poison that could interfere with glycolysis is one that affects enzymes involved in the glycolytic pathway. For instance, compounds that impair the function of pyruvate kinase will hinder the last step of glycolysis, causing a critical reduction in ATP production, especially in red blood cells (RBCs) that rely solely on glycolysis for their energy. Another example is ethylene glycol poisoning, which leads not only to metabolic acidosis due to accumulated glycolic acid but also lactic acidosis, contributing to the inhibition of metabolic pathways.
How did one species produce so many different species (the six ecomorphs)?
a.because the islands were isolated for an extended period, a lack of interbreeding between populations of the same species caused all the species to diverge.
b.without competition from other species, the one species adapted to fit all of the available habitat types.
c.to fill all the needed jobs in their ecosystem properly, anolis lizards diverged into exactly the amount of species necessary for their habitat.
d.because the anolis lizards have such a diverse range of characteristics, they were able to produce many different species. submit for grading save and finish later?
Answer:
Option A
Explanation:
There are basically two hypotheses that explains the evolution of six ectomorphs
a) When the ectomorphs were evolving the island was in contiguous state. Due to this plate tectonic movement was high that ultimately led to the division of island into six different islands which caused these ectomorphs evolve separately due to the geographical barrier.
b) Second theory could be that all ectomorphs evolved on the same island but then with the division of island, they got separated.
Hence, option A is correct
In c3 plants the conservation of water promotes _____. in c3 plants the conservation of water promotes _____.
In C3 plants, the conservation of water promotes increased efficiency and survival in harsh dry heat conditions. Two adaptations have evolved in these plants to conserve water. First, they have a more efficient use of CO2, allowing photosynthesis to occur even when the stomata are closed on hot days.
Explanation:In C3 plants, the conservation of water promotes increased efficiency and survival in harsh dry heat conditions. Two adaptations have evolved in these plants to conserve water. First, they have a more efficient use of CO2, allowing photosynthesis to occur even when the stomata are closed on hot days.
Second, preliminary reactions of the Calvin cycle take place at night, when cooler temperatures allow the stomata to remain closed and conserve water. These adaptations help the plants carry out low levels of photosynthesis without opening the stomata at all.
Learn more about Conservation of Water in C3 Plants here:https://brainly.com/question/32846888
#SPJ12
All four biomolecules have carbon (C), hydrogen (H), oxygen (O), and nitrogen (N).
True
False
What can you conclude about the advantage of the cell membrane being made up of phospholipids? The phospholipids controls what enters and leaves the cell. The phospholipids improve the immune response of the cell. The phospholipids allow for the regulation of metabolism. The phospholipids offer the ability to digest enzymes.
The maximum shelf life for a sterile pack is
List the levels of biological organization in multicellular organisms from most simple most complex
The majority of the ________ produced by cellular respiration comes from the electron transport chain.
Paper is made from wood pulp. what carbohydrate makes up paper? starch glycogen cellulose sucrose
I believe the answer is CELLULOSE.
Which two students correctly described organic compounds?
students 2 and 3
students 2 and 4
students 3 and 4
students 1 and 2
2 and 3 students correctly described organic compounds.
What is organic compound ?Organic compounds are chemical structures that have one or more carbon atoms in their structures and are linked covalently to the hydrogen atom.
Organic compounds are chemical formulas that can be synthesized artificially in laboratories. Organic compounds like carbohydrates, lipids, proteins and nucleic acids are the chemical compounds that can be synthesized in laboratory conditions.
A compound to be organic must have both carbon and hydrogen atoms linked in their structures, only the presence of the carbon atoms does not make an organic compound.
For more details organic compound, visit
https://brainly.com/question/13508986
#SPJ2
An eating disorder characterized by a pattern of binge eating and purging in an attempt to lose weight and maintain low body weight is ___________.
Earth’s axis passes through the North and South Poles. It takes Earth 24 hours to rotate once around its axis. Earth revolves once around the Sun in _ days during a non-leap year.
Answer:
365 days on a non leap year
Explanation:
What are the two catabolic pathways that lead to cellular energy production?
Due the effects of alcohol on your __________, you may experience tunnel vision.
Answer: Peripheral vision
Explanation:
Whenever there is loss of peripheral vision without their affect on central vision then tunnel vision occurs. In tunnel vision , a person is only able to see what directly lies in front of the eyes but the object in the periphery is not visible. There are many reasons why tunnel vision may occur and this is one of the many detrimental effects of alcohol.Thus, a decreased peripheral vision results in the tunnel vision due to alcohol.
what is the main cause of earthquakes and volcanic eruptions?
Final answer:
The main causes of earthquakes and volcanic eruptions are the movement and interaction of the Earth's tectonic plates, along with the release of energy as the plates shift along faults. Volcanic eruptions also occur when pressurized magma finds a way to the surface. Human activities can sometimes induce earthquakes and influence damage levels, though the fundamental causes are natural geologic processes.
Explanation:
The main cause of earthquakes and volcanic eruptions is the movement of the Earth's tectonic plates. Most earthquakes occur along faults, which are breaks in the Earth's crust where blocks of the crust move past each other. These movements can lock huge masses of rock in position for a long time before they abruptly shift, causing the ground to tremble. The driving mechanism behind these movements is the heat from the decay of radioactive elements within the Earth, and the associated tectonic activity.
Those same tectonic forces can also trigger volcanic eruptions. Magma formed deep within the Earth rises through the crust, and when pressure builds up, it can be released explosively through volcanoes. An eruption can release not just lava, but also gases, ash, and rock. Sometimes, water merging with sub-surface magma adds to the explosive force of eruptions, as in the case of the 1815 eruption of Mount Tambora in Indonesia.
All amino acids have a central carbon with four components attached to it. One of these components is called the R group. Which of the following best describes the R group?
A.The R group is what stabilizes the amino acid.
B.The R group is the same in all amino acids.
C.The R group gives the amino acid unique characteristics.
Answer:
(C).The R group gives the amino acid unique characteristics.
Explanation:
Amino acids can be defined as compounds, having carbon, nitrogen, oxygen, and hydrogen atoms. Ech amino acid is made up of a carboxylic group, an amino group, a side R chain, and a hydrogen atom.
The R group provides specific characteristics to the amino acids and amino acids are classified into three categories, on the basis of their side chain or R group:
-Amino acids having non-polar R group (such as alanine and valine)
-Amino acids having uncharged, polar R group (such as tyrosine and serine)
-Amino acids having charged, polar r group (such as lysine and glutamate).
Thus, the correct answer is option (C).
in what era did modern man first appear? Precambrian, Paleozoic, Mesozoic, Cenozoic
genetic drift leads to evolutionary change in the absence of natural selection. explain how this is possible.
Genetic drift refers to changes in allele frequencies within a population due to random events or chance, rather than selective pressures. Events such as natural disasters (resulting in a bottleneck effect) or migrations (resulting in a founder effect) can lead to genetic drift and thus cause evolutionary changes.
Explanation:Genetic drift refers to random changes in allele frequencies within a population. Unlike natural selection, which selects the fittest individuals and often results in a more fit population overall, genetic drift operates independently, and is often just the result of chance. For example, if only a subset of individuals reproduces by chance, and they predominantly carry a certain allele, that allele's frequency could increase within the population. This could occur even if the allele does not confer a fitness advantage.
Sometimes, a chance event like a natural disaster can also cause genetic drift. Known as the bottleneck effect, such a disaster could randomly kill a large portion of a population, dramatically altering the population's allele frequencies. The leftover population might possess a significantly different genetic composition than the original. It's important to note that these changes are due to random occurrences, and not driven by selective advantages as with natural selection.
Another example of genetic drift is the founder effect. If a small group of individuals from a population establishes a new colony, the allele frequencies of this new population may not represent the original ones. So, genetic drift can lead to significant evolutionary changes over time, even in the absence of natural selection.
Learn more about Genetic Drift here:https://brainly.com/question/29764189
#SPJ3
Which environmental conditions are most favorable for hurricane formation?
Answer:
A. Warm ocean air rises and condenses, pulling up hot air from the ocean surface.
B
Cold ocean water merges with warm ocean water through undersea currents.
C
Water vapor from the poles is pulled toward the equator through wind currents.
D
Plates beneath the ocean shift, causing swirling waves that turn into water vapor.
Explanation: i don't know
Pancreatic cancer, or _____ is the fourth leading cause of cancer death in the united states