Answer:
Not entirely positive but I do know that bioluminescence is a natural substance found in many living creatures and it makes them glow. They could be testing products for ideas of what undiscovered life is on earth. But all I do know is bioluminescence is an ingredient that causes things to glow.
Explanation:
Bioluminescence refers to a living thing that produces and emits light. Glow-in-the-dark animals can be found in all marine ecosystems, including those at the ocean's surface and deepest depths.
What is bioluminescence?Utilizing bioluminescent bacteria, they can swiftly determine the quantity of bacteria present and end the experiment much more quickly, resulting in less pain, a shorter experiment duration, and the usage of fewer animals.
Current applications of the bioluminescence reaction include gene assays, the detection of protein-protein interactions, high-throughput screening (HTS) for drug development, hygienic monitoring, the assessment of environmental contamination, and in vivo imaging of tiny mammals.
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Select all that apply (Contain carbon, hydrogen, and oxygen
A( Carbohydrates
B( Lipids
C( Proteins
D( Nucleic Acids
E( None of the above
Answer:
the answer is A and D. pretty sure the answer is A&D
Minerals and rocks are not exactly the same how are minerals and rocks related to each other
Answer:
Rocks are always minerals but not all minerals are rocks.
Answer:
Rocks are always minerals but not all minerals are rocks.
Explanation:
A mineral has many rocks to it due to rain and got them stuck together.
The principal reason we need oxygen is to
A) breathe.
B) digest food.
C) produce food.
D) produce ATP from food.
E) all of the above.
Answer:
E - all of the above.
Explanation:
Breathe- you inhale oxygen in order to live
digest food- the respiratory and digestive systems work together to power the body. A properly functioning respiratory system delivers adequate oxygen to the blood because the digestive system breaks down food and uses muscular contractions to move food through the digestive tract, it needs oxygen to function properly.
produce food- All plants need oxygen to grow and animals need oxygen to live.
produce ATP- plants take light from the sun, carbon and oxygen atoms in the air and hydrogen from the water to make energy molecules called ATP
Explain why the process of mitosis is important to you eukaryotic
organisms
The eukaryotic organisms have the process of mitosis but differently than the process of the prokaryotic because the prokaryotic organisms dont have the dna enclosed in a nucleus. Mitosis needs to occur in eukaryotic organims because the cell could keep growing an it is going to be less efficient in moving material across the cell membrane. They reason why mitosis happens is because volume and surface are do not increase at the same rate.
Explanation:
In squash, yellow seeds are dominant over green seeds. If two heterozygous yellow seed squash were crossed, what are the genotype and phenotype results? (Your "work" should show THREE things - the completed Punnett square, the possible genotypes, and possible phenotypes.)
Answer:
The result of cross two squashes with yellow seeds is an offspring of squash with green seeds -dominant caracter- heterozygous and yellow seeds squashes in a genotype proportion 1:2:1 and phenotype proportion 3:1
Explanation:
The cross of two heterozygous individuals for a characteristic results in an offspring that will have both characteristics in pure and heterozygous form. It is a cross monohybrid which complies with the principle of independent segregation exposed by Mendel.
For the characteristic "seed color" the green color would be G and yellow represented as g.
At the cross of two heterozygous squashs:
- Parents: Gg X Gg
- Punnett's Square:
Alleles G g
G GG Gg
g Gg gg
Offspring:
A pumpkin of green seeds GG (25%)Two pumpkins of green heterozygous seeds Gg (50%)One pumpkin of yellow seeds gg (25%)Genotype proportion 1:2:1
Phenotype proportion 3:1
Where are plankton-eating fish most likely to live in a freshwater lake?
O A. The profundal zone
B. The limnetic zone
C. The littoral zone
D. The pelagic zone
Planktons are microscopic organisms that live in the water and perform photosynthesis. Plankton-eating fish are most likely to be found in the limnetic zone. Thus, option B is correct.
What is a limnetic zone?The limnetic zone is one of the ecological zones of the lake, the other zones are littoral, profundal, euphotic, and benthic. The limnetic zone is the area of the lake with ample sunlight and is where the planktons dwell.
Microscopic organisms like cyanobacteria, phytoplankton, zooplankton, and other algae are found in this zone. They play a crucial role in the aquatic ecosystem as they can use the sunlight to produce energy and are food for other consumers.
Therefore, option B. the plankton-eating fish are most probably found in the limnetic zone of the lake.
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Cellular respiration is carried out by which living organisms?
Answer:
They are simply the creatures that can breathe (viewpoint)
Which of the following is NOT an advantage of nuclear power?
A: Large fuel supply
B: Much lower carbon dioxide emissions
C: Low probability of accidents
D: High environmental impact from accidents
Answer:
D: High environmental impact from accidents
common sense
Explanation:
1. Which of the following is true of T-lymphocytes?
Name three characteristics of the cells that make
up the muscle tissue in the heart.
RETRY
They are involuntary and intrinsically controlled, striated, branched, and single nucleated.
Which region of the ocean gets the least sunlight throughout the year
Answer:
bathybelagic (aphotic )zone
What do you think is the smallest piece that you could break sand into? Why do you think so?
Answer:
Eventually sand will break into very small pieces and when mixed with ... Small rock pieces become smaller through movement, as they hit other rocks and chip away. Since sand comes from a "Mother" or source rock, it is possible to determine ... Have them sprinkle a little on the paper and find the size that the particles fit .
Explanation:
i think so because of the above reason
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Answer:
Explanation:
Silicon atoms, that make up sand, are the smallest chemical units of the element. Sand (quartz) is mostly comprised of silicon (IV) dioxide as its chemical structure. Splitting of the atoms requires high accelerated energy particle bombarding the atomic nucleus and splitting it into subatomic particles.Nov 16, 2018
In a brief paragraph, explain how soluble proteins were obtained from fish muscle samples. Your explanation should include:
1. the purpose of mincing (cutting) and vortexing the tissue [2 pts,]
2. the purpose of the homogenization buffer [2 pts,] and
3. the purpose of the centrifugation step [2 pts.]
You must clearly describe what role each of these played in extracting and solubilizing protein from the samples to receive full credit. Revisit the "Micropipetting and Preparing Solutions" exercise to remind yourself of what the ingredients in the homogenization buffer were.
Answer:
Explanation:
This question is a practical question, however the processes involved in obtaining proteins after "sacrifice" is similar.
After removing the desired muscle sample from the fish during sacrifice, the muscle sample can be stored temporarily in a phosphate buffer saline which can also help remove blood and some other contaminants around the muscle sample. The sample can then be removed and weighed with the desired mass cut into small pieces in order to achieve a smaller surface area which assists for easy homogenization and buffer interaction. The homogenization buffer (which can be a phosphate buffer) is added to this small pieces and then "vortexed" so that the buffer can interact properly with the pieces. The purpose of the homogenization buffer is to prevent osmotic damage in the muscle cells while maintaining a constant pH (depending on the protein to be obtained). After homogenization with an homogenizer, the muscle cell membrane is ruptured and the soluble proteins dissolves into homogenization buffer (which must also be soluble to the desired protein) with a mass of suspended muscle tissues also in the buffer. This mixture is then centrifuged so as to obtain the dissolved/soluble protein (in the homogenization buffer) and separate it from the suspended masses in the mixture.
What are some outrageous claims you have heard?! What evidence supports or detroys the claim?
which among the following does not have an arboreal habit ?
a.scuirrel.
b.insect.
c.monkey.
d.cheetah.
Answer:
D. cheetah
Explanation:
They do not live in trees.
Answer:
cheetah
Explanation:
they dont live in the trees
Utilizes the semi-permeable membrane and transports proteins is active transport, passive transport, or both.
Answer:it’s both
Explanation:
what is the role of decomposers in an ecosystem?
Answer:
Decomposers are responsible for breaking down dead animals bodies into waste, more commonly known as food for themselves, and a more clean ecosystem. You can thank decomposers such as mushrooms and fungi for making sure the ecosystem does not consist of dead bodies.
Answer:
Decomposers play a critical role in the flow of energy through an ecosystem. They break apart dead organisms into simpler inorganic materials, making nutrients available to primary producers.
3. If 98 out of 200 individuals in a population express the recessive phenotype, what percent of the population
are heterozygotes?
Answer:
Explanation:
Q:
If 98 out of 200 individuals in a population express the recessive phenotype, what percent of the population would be heterozygotes?
A:
0.42 or 42%
The recessive phenotype is the phenotype that is expressed only when the recessive condition is found in both alleles.
The percent of the population that would be heterozygous is 42%
If 98 out of 200 individual express the recessive allele = 98/200 = 0.49. This is the phenotypic frequency of the recessive allele (q²)... q = 0.7 (√0.49)
Since p + q = 1
1 - 0.7 = 0.3 = p
To find the percent of heterozygous...p² + 2pq + q² = 1
Where 2 x 0.3x0.7= 0.42
Therefore, the percent of the population that are heterozygous is 42%
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which type of bacteria synthesise their own food with the help of inorganic compounds such as sulphur ?
Chemoautotrophs are able to synthesize their own organic molecules from the fixation of carbon dioxide. These organisms are able to produce their own source of food, or energy. The energy required for this process comes from the oxidation of inorganic molecules such as iron, sulfur or magnesium
Help please, answer with one of the multiple choice questions in the picture above
Answer:
the answer is A. all the other statements are true.
A scientist grew an Elodea plant in a freshwater aquarium. She
removed a leaf from the plant and placed the leaf in a hypertonic
solution containing 8% salt in order to observe what happened to the
cells within the leaf. When she looked at the cells under a microscope,
she noticed that the cells in the leaf shrunk. Which statement best
explains what caused the cells to shrink?
A. The hypertonic solution caused the water in the cell to move from the
cytoplasm into the nucleus.
B. The salt moved from the hypertonic solution into the cell and
chemically bonded with the water.
C. The salt within the cell moved through the cell membrane into the
solution with the higher salt concentration.
D. The water within the cell moved through the cell membrane into the
solution with the lower water concentration.
Answer: D. The water within the cell moved through the cell membrane into the solution with the lower water concentration.
Explanation:
Osmosis is the process of movement of water or any other fluid from a region of higher concentration to a region of lower concentration across a semipermeable membrane.
A hypertonic solution is the one which has higher solute concentration and low solvent concentration.
According to the given situation, the scientist when placed the leaf in the hypertonic solution containing 8% salt solution. The water in the leaf cells will move out of the leaf due to osmosis and the leaf will shrink. As the 8% salt solution is hypertonic.
What type of molecule most easily moves through a phospholipid bilayer?.
Answer:
Nonpolar Molecules
Explanation:
How are photosynthesis and cellular respiration different?
Answer:
photosynthesis is what organisms use to create food and energy. this comes from the sun. and cellular respiration is carbon dioxide that comes from the animal after photosynthesis
Explanation:
Answer:
The answer is Cellular respiration breaks down glucose; photosynthesis creates glucose.
Explanation:
This is the answer because In photosynthesis, solar energy is harvested as chemical energy in a process that converts water and carbon dioxide to glucose. Oxygen is released as a byproduct. In cellular respiration, oxygen is used to break down glucose, releasing chemical energy and heat in the process.
hope you have good day
Can someone please help with this question quickly
Answer:
A. electrical charge
Explanation:
A family whose for breast cancer includes her paternal aunts who developed Breast cancer before age 45. Which genetics professional should she see?
Answer:
The answer is a Genetic counselor
Whats en suave a he a ?
Answer:
in soft to have to ?
Explanation:
i just searched it
please answer this in points ASAP
Mention any five importances of biodiversity.
Answer:
Biodiversity Protects Us. Biodiversity makes the earth habitable. Biodiverse ecosystems provide nature-based solutions that buffer us from natural disasters such as floods and storms, filter our water and regenerate our soils.
Describe how the hydrogen ion pump stores energy in a new place
Answer:
Hydrogen ion (H+) pumps work against their concentration gradient and therefore they need energy inputs from sources such as ATP
Explanation:
The hydrogen ion (H+) pumps are proteins that move protons across biological membranes. These pumps use energy in the form of ATP in order to generate a proton gradient on one side of the membrane. For example, in plants, H+ pump ATPases are able to generate an electrochemical gradient in the plasma membrane. In this case, the proton gradient is employed to drive secondary transport processes, thereby enabling the uptake of diferent metabolites such as nutrients, sugars, amino acids, etc., from the extracellular space.
A parachute uses __ to slow down.
A. Gravity
B. Air Resistance
C. Tension
Answer:
B. Air Resistance
Explanation:
Can someone help me please
Answer:
Cell walls
Explanation:
Animals have cell walls.But plants do not have cells walls
Answer:
b) Centriole
Only animal cells have the centrioles bur not the plant cells