Answer:c
Explanation:
Because im a grown masn
Plz help me
Assuming that the muscles within both arms below are the same strength, which arm would be able to lift the most weight and why?
Arm 1. because muscles in shorter arms are stronger.
Arm 1, because muscles in shorter arms can exert more force on an object held in the hand.
Arm 2, because muscles in longer arms are stronger.
Arm 2, because muscles in longer arms can exert more force on an object held in the hand.
Answer:
khk rhfjhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
jrfjfwhf
Explanation:
Answer:
B
Explanation:
Trust me bro
What were the three important achievements made by the team of negotiators?
guaranteed both nations access to the Mississippi River, defined the boundaries of the United States, called for the British surrender of all posts within U.S. territory I hope this helps
Which of the following statements DOES NOT accurately describe the experimental design used by Fred Griffith?
A.The type of bacteria injected into the mouse was the independent variable in his experiment. B.The injection of the live rough bacteria into the mouse is a control because it was used as a standard of comparison for other experimental setups.
C.The dependent variable in the experiment was the health of the mouse after injection.
Answer:
The correct answer is B. It is false that the injection of the live rough bacteria into the mouse is a control because it was used as a standard of comparison for other experimental setups.
Explanation:
The experiment conducted by Frederick Griffith in 1928 was one of the first experiments to show that bacteria could transfer genetic information.
Griffith used two slightly different pneumococcal strains in his experiment. One of them was harmless to the mice, while the other was not. Using each strain separately, the logical thing happened: the mice died with the fatal strain, and nothing happened with the harmless.
Then, Griffith killed the deadly strain, and mixed both strains, introducing them into the mice. After this, the mice died, which allowed us to verify that the bacteria can transfer genetic material even after dying, through the transformation process.
{{40 POINTS!!}} DUE SOON!
Cystic fibrosis is a recessive genetic disease that affects the respiratory and digestive systems. Devin, who has Cystic fibrosis, and Cindy (no cystic fibrosis in her family) are married and planning to have children. As a student of genetics, develop an explanation for their chances to have a child that does not have Cystic fibrosis.
4
Select the correct answer.
According to Piaget's theory of cognitive development, which stage is over by the end of the first two years of a child's life?
OA. preoperational stage
ОВ.
concrete operational stage
Ос.
formal operational stage
OD
sensorimotor stage
Reset
Next
Answer:OD --sensorimotor stage
Explanation: There are four stages According to Piaget's theory of cognitive development which are Sensorimotor, Preoperational, Symbolic thought and Concrete operational.
The sensorimotor stage is the first stage of a child's development which starts at birth till age 2. This stage is characterized with the child acquiring knowledge by physical activities with his or her environment which develops to developing fine motor skills and the ability to use symbols to create mental representations toward end of the stage.
Table salt and table sugar, examine the chemical formulas for salt and sugar. What do they tell you about what type of bonding is present in each compound
Answer:
Explanation:
Table salt, also NaCl (sodium chloride) is an ionic compound in which there is a transfer of an electron from the sodium atom to the chlorine atom. This electron transfer is characteristic of an ionic/electrovalent combination/bonding. While table sugar, also C₁₂H₂₂O₁₁ (sucrose) is an organic compound; thus has covalent bond within it's carbon chain, carbon-hydrogen bond and carbon-oxygen bond. Covalent bonding involves the sharing of electrons between two atoms, these electrons that are shared are referred to as "shared pair".
Deleting or adding a DNA base (“letter”) can mean a different amino acid can be produced.
A.True B.False
PLEASE HELP ME PLEASE PLEASE PLEASE PEOPLE PLS HELP ME PLEASE ):
I'M GIVING Y'ALL 23 POINTS I DON'T HAVE THAT MUCH LEFT PLEASE HELP PLEASE PLEASE PLEASE
PLEASE
Answer:
true
Explanation:
atmosphere hydrosphere biosphere geosphere
help solve number 2
Answer:
Oceanic CO2
Cold temperatures from the ocean dissolves CO2 and stores it into deep waters.
Marine Plants/algae
Plants and Algae go through Photosynthesis
Sediments
Plants and Algae sink to the bottom of the ocean building up large amounts of carbon.
The teeming diversity of the rainforests has led to
A. overpopulation of communities
B. Extinction of herbivores
C. species specialization
D. overcrowding in the canopy
The pedigree below shows two generations of individuals within a family. The pedigree shows
that a daughter has a genetic trait, even though neither of her parents nor her siblings have the
trait.
O
7. How can the daughter have the genetic trait if no one else in the family has it?
A. The trait is determined by a recessive allele.
B. The trait is not inherited.
C. The trait is determined by a dominant allele.
D. The trait is passed only from female to female.
D)
Explanation:
The traly is passed only from female to female
Answer:
Explanation:
b
the non essential part of a flower are the
Answer:
Calyx + Corolla
Explanation:
Answer:
the non-essential or accessory parts of the flower because they do not directly participate in the process of sexual reproduction.
Explanation:
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Sickle cell anemia is a recessive genetic disease. Treshon and Shameka are married and planning to have children. Treshon has sickle cell anemia. Shameka does not have the disease, but her father did. As a student of genetics, develop an explanation for the chances that this couple would have a child with sickle cell.
Answer:
Hi
Explanation:
hi
Name 4 things that happen during telophase.
Answer:
1. The chromosomes arrive at the cell poles.
2. The mitotic spindle disassembles.
3. The vesicles that contain fragments of the original nuclear membrane assemble around the two sets of chromosomes
4. Separate the nuclear DNA from the cytoplasm.
answer:
During telophase, the chromosomes begin to uncoil and form chromatin. This prepares the genetic material for directing the metabolic activities of the new cells. The spindle also breaks down, and new nuclear membranes (nuclear envelope) form.
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Design an experiment using a seedling and a block of agar soaked with auxins that might con firm the effect of this hormone on the elongation of the coleoptile. (Hint: Remember that the auxins are permeable to the agar material.)
Answer:
Grow the seedlings of oats for Avena coleoptile test in a petri plate and let them germinate in light, so that the coleoptile forms with leaves.Cut the coleoptile stem and add agar block of auxin with different concentrations in all different oat seedlings and expose them to sunlight.Then observe the amount of bending of coleoptile stem towards the light in different samples added with different amount of auxin in the agar slab.
Explanation:
Cultivate oat saplings in a petri dish for the Avena cotyledon experiment and let them germination in light until the coleoptile develops with branches.
Cut the coleoptile stems and place an agar blocks with varying quantities of auxin in each of the oat saplings before exposing them to sunlight.
Next, in separate samples with varied amounts of auxin inside the agar slab, examine the degree of bending of the coleoptile branch more toward the sunlight.
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Clouds with light rain.
In your current location, the weather is much like this picture: cloudy and drizzly. The weather has been like this for several days. The good news is that the weather report says warmer weather is coming soon.
Which type of front most likely caused this weather?
occluded front
stationary front
warm front
cold front
Warm fronts move more slowly and are less violent than cold fronts. They are associated with warm air moving over cold air and are more likely to produce large regions of light to moderate rain, drizzle or snow. Cirrus clouds and alto cumulus, along with fog, often precede warm fronts as they move through an area. The milder weather that follows will be warmer in temperature. So it would be warm fronts.
Answer:
Warm Front
Explanation:
Describe the structure of a chloroplast. How do the inner membranes differ from the outer membranes?
Answer:
the outer membrane has small organic molecules but the inner membrane is less permeable and studded with transport proteins.
Explanation:
need help with this
Answer:
The answer want me A) decrease calorie comsumption by 500 calories per day.
Explanation:
Well it shouldnt be that high, but if you want if this was a more in person this and I was personally talking to someone who wanted to lose weight. I would ask them, how much they want to lose and help them like that. Because then they would only be eating 1500 calories a day, which isnt that bad. But isnt that great.
True or False. Anything that has molecules doesn’t have heat. Explain your answer.
Answer:
False
Explanation:
___ ___ is the flow of alleles into or out of a population.
Answer:
Gene Flow
Explanation:
how does the atmosphere affect the temperature on earth?
explain ur answer.
F. Wind speeds are increased, keeping the planet cool.
G. It helps hold heat in, keeping the planet warm.
H. Sunlight is reflected away, keeping the planet cool.
I. The gasses expand as they rise, keeping the planet warm.
Answer:
i think its I
Explanation:
A characterstic common to both difussion and active transport is that
1. Enzymes are required
2. Oxygen is moved across a membrane
3. ATP is needed
4. The movement of molecules occurs
Answer:2
Explanation:
The diagram shows a football field that represents a geological time scale. Why are no organisms labeled between the end zone and 30 yard line on the left side of the field? Scientists disagree about the fossils from this time period. Scientists have not studied that part of the time scale. There is very little fossil evidence for this time period. There are too many fossils to name.
Answer:
the is b
Explanation:
Answer:
b
Explanation:
boi
How Is DNA related to the nucleus? ODNA makes up the nucleus. ODNA needs the nucleus to function. ODNA and nucleus work together to make proteins. ODNA is located in the nucleus.
Answer:
DNA is located in the nucleus.
Explanation:
Answer: DNA is located in the nucleus.
The Maplewood Marine Restoration Project will seek to dredge sand and substrate from the
southwest of the site to create a drainage channel in the Maplewood basin. This will create a ______
supporting fish and invertebrate communities. The substrate
will be used to fill in the northeastern corner of the basin to make a mudflat that supports and
shellfish in______
and juvenile salmonids and crabs in
_______(figure 3.3)
options are:
rock reef habitat
intertidal flat habitat
shallow subtidal eelgrass
Answer: shallow subtidal eelgrass, intertidal flat habitat, rock reef habitat
Explanation:
The project will seek to dredge sand and substrate from the
southwest of the site to create a drainage channel in the Maplewood basin. This will create a shallow subtidal eelgrass
supporting fish and invertebrate communities. The substrate
will be used to fill in the northeastern corner of the basin to make a mudflat that supports and
shellfish in intertidal flat habitat
and juvenile salmonids and crabs in
rock reef habitat(figure 3.3)
This is the passage that we will get after we add those two habitats from your question which are rock reef habitat, and intertidal flat habitat, and also shallow subtidal eelgrass.
Rock reef habitat is opposite to intertidal flat habitat because it is not flat it is the place when fishes can hide or live.
Eelgrass is considered a flowering underwater plant.
Help please and thank you :) .(Cycling of matter and energy flow quick check).
1. Which of the following describes the amount of organic material that is available for transfer to the next trophic level after subtracting material used for respiration?
-Gross Primary productivity
-Biomass
-Net Primary productivity
0r
-Primary productivity
2. Suppose a plant is eaten by a mouse, the mouse is consumed by a snake, and the snake is in turn consumed by a hawk. What could be assumed about the level of available organic matter in the mouse versus the plant?
-There will be less organic matter available.
-There will be more organic matter available.
-Organic matter does not transfer between the plant and the mouse.
0r
-They both have the same amount of organic matter.
3. How does biomass change from lower to higher trophic levels?
-It fluctuates.
-It increases.
-It decreases.
0r
-It stays the same.
4. The incomplete burning of _____ in gasoline is known to create black carbon and contribute to global warming.
-ethanol
-methane
-carbon
0r
-carbon dioxide
5. Why are there less secondary consumers in an ecosystem than producers?
-Around 90% of energy from one trophic level to the next is available.
-There is less land to use for habitat after the producers grow.
-More tertiary consumers will eat secondary consumers over producers.
0r
-There isn’t enough energy available to support more secondary consumers.
...Thanks...
Answer: 1. Net primary productivity
2. there will be less organic matter available
3. it decreases
4. ethanol
5. there isn’t enough energy available to support secondary consumers
Explanation:
1. Gross Primary productivity is the organic material that is left after subtracting energy used for respiration. It is always greater than net primary productivity.
2. There will be less organic matter available for the mouse because plant is a primary producer of biomass and it lies at the lowest trophic level as we go up in the trophic level the level of energy reduces.
3. The biomass will decrease while going from lower to higher trophic levels this is because of the fact that the plants or other autotrophs are the primary producers of biomass.
4. The incomplete combustion of gasoline and methane are the major fuels contributing to global warming.
5. There are less secondary consumers in an ecosystem because more tertiary consumers are dependent on secondary consumers for their food and energy requirements.
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How can identical twins, who have the same genome, grow up to experience different states of health as adults?
A red blood cell is 7.5 µm in diameter. It is magnified 2000 times. Calculate the diameter of the image seen through the microscope in millimetres.
Answer:
15 mm
Explanation:
Given that,
The diameter of a RBC = 7.5 µm
It is magnified 2000 times.
We need to find the diameter of the image seen through the microscope in millimeters.
The size of the diameter is given by :
[tex]d=2000\times 7.5\\\\=15000\ \mu m\\\\or\\\\d=15\ mm[/tex]
So, the diameter of the image seen through the microscope is 15 mm.
Which action is most likely to stop succession and make an ecosystem less
stable?
O A. Using fewer pesticides in gardens
B. Using less fertilizer in gardens
C. Planting a variety of native species in gardens
D. Planting nonnative species in gardens
The answer is D. Because planting nonnative species is bad for the area because the plants that normally grow there have to compete with that new species then.
Answer:
D. Planting nonnative species in gardens.
Explanation:
Planting nonnative species in gardens are bad for your garden. The nonnatives can steal most to all of your native plants food and they can attack your native plants and kill them.
what are the benefits of the cluster of curriculum ?
Answer:
Empowering all teachers by expanding awareness and providing preparation, Teachers can focus instruction to better meet all students academic needs. on -going assessment of students
In the diagram below, which cells are involved in the process of sexual reproduction? A.) cell 3, only B.) cell 1 only C.) cell 1 and 2 D.) cell 2 and 3
Cell 1 and 2 are involved in the process of sexual reproduction which are sperm and egg respectively.
What are gametes?Gametes are reproductive cells that are responsible for sexual reproduction. In animals and plants, gametes are typically specialized cells that are specifically designed for the purpose of reproducing and transmitting genetic information from one generation to the next. Gametes are produced by the process of gametogenesis, which is the process of forming and developing gametes.
In animals, gametes are typically either eggs (ova) in females or sperm in males. Eggs are large, non-motile cells that contain a large amount of cytoplasm and nutrients to support the development of an embryo. Sperm are smaller, motile cells that are specialized for fertilization and are capable of swimming through the female reproductive tract to reach the egg.
In plants, gametes are typically produced by specialized cells called gametophytes. Gametophytes produce gametes through a process called meiosis, which is a type of cell division that results in the production of four genetically diverse daughter cells. The gametes produced by gametophytes are typically small and non-motile, and they are capable of fusing with gametes from other plants to produce a fertilized egg, or zygote.
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