Answer:
a big change in a insect is called a metamorphosis
Example
tadpole will turn into frog= big change
[ METAMORPHOSIS ]
Metamorphosis is a biological process by which an animal physically develops after birth or hatching, involving a conspicuous and relatively abrupt change in the animal's body structure through cell growth and differentiation.
Metamorphosis is divided into two types, namely:
perfect metamorphosisimperfect metamorphosisThe frequency of a wave does not change as it passes from one medium to another.
What will most likely happen if a light wave moves from the air into a solid?
O The wavelength of the light wave will increase.
O The speed of the light wave will decrease.
O The wavelength of the light wave will remain the same.
O The speed of the light wave will remain the same.
Answer:
The speed of the light waves will decrease
The frequency of a wave does not change as it passes from one medium to another.The wavelength of the light wave will increase. Thus, option A is correct.
What is a frequency table?The columns of the frequency table are two. The categories of the data are listed in the first column. The frequency of each category, or the number of the data values in the category, is listed in the second column.
The distribution of the observations based on a variable's possible values is shown in a frequency table. To understand the alternatives appear more or less often in the dataset, frequency tables are the useful. This has been considered as useful for better understanding each variable and determining whether or not variables need to be recorded.
Therefore, the frequency table has been just a two-column "t-chart" or table that lists all of the potential outcomes and their corresponding frequencies as seen in a sample.
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which of the organelle is responsible for manufacturing food in plants cell?
1. Plastid.
2. Large Vacuole.
3. Cell wall.
4. Nucleus.
5. Centrosome.
Answer:
Plastids
Explanation:
it would be chloroplast, but since that's not an option, Plastids will contain foods
Answer:
nucleus because it controls the reproduction
What is the cell Body
Answer:
cell body is the feelings of our heart
Explanation:
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The diagram below shows part of an ocean food web.
y
sea otter
sea urchin
parrotfish
seaweed
If the number of sea urchins increased which would be the most likely effect on the food
web?
A. a decrease in the
number of sea otters
B. a decrease in the
amount of seaweed
C. a decrease in the
amount of sunlight
D. a decrease in the
number of parrotfish
which nutrients are present in solution x?
What happens to the body when blood glucose level increase than the normal level?
Explanation:
risk of heart disease and stroke, kidney disease, vision problems, and nerve problems.
3. A black chicken and a white chicken are crossed. Complete the Punnett Square and find the probability (%)
of having:
White chickens:
TEXT
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TEXT
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Black chickens:
TEXT
HERE
TEXT
HERE
TEXT
HERE
Spotted chickens:
I
TEXT
HERE
TEXT
TEXT
HERE
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Consider the 4 foods in order of the percent by mass of proteins, from lowest to highest. From food to food, as the percent by mass of proteins increased, the mass of food remaining at 28 hr: 1 point A. increased only. B. decreased only. C. increased and then decreased. D. decreased and then increased.
Answer:
B. decreased only
Explanation:
If you look at the table 1 and order the foods by the percent of protein, and after you take a look at the graph, you'll see that the bigger the percentage of protein, less food remains.
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Answer:
a
Explanation:
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Which of the following types of micro organisms are the most beneficial to other organisms in an ecosystem
Answer:
Bacteria.............
why do brown bears and polar bears have different seal fat
Answer:
አየ ጰነ የጰ ጰ የ የ የጰ የ ጰየጰየጰየ ኸየጰ
9. If you conducted the analysis portion of Experiment 2, you calculated
the rate at which the percentage of fish with a complete pelvis
decreased in that ancient lake. Do you think the same rate of change
would apply to modern fish populations?
A. Probably not, since the environment has changed so much in the 10
million years since that ancient lake existed.
B. Although we did not measure this directly, it is possible that the same
rate of change observed in the fossil record applies to modern
populations.
C. The fossil record analyzed in Experiment 2 only spans 15,000 years,
so we cannot draw any conclusions to modern populations, which
evolved over a much longer period of time, at least 10,000 years.
D. The rate of evolution of a particular phenotype cannot be calculated
from the fossil record because the fossil record is always fragmentary.
Answer: Although we did not measure this directly, it is possible that the same rate of change observed in the fossil record applies to modern populations.
Explanation:
Hi. You didn't give the experiment and I searched online but couldn't find the experiment but through further researches, I got to know that the correct option is B "Although we did not measure this directly, it is possible that the same rate of change observed in the fossil record applies to modern population"
Therefore, the correct option is B.
How are abiotic and biotic factors different from each other?
Answer:
Biotic is all the living things that affect organisms; abiotic is the nonliving factors such as pH, temperature, oxygen, amount of sunlight.
Explanation:
Biotic is living
Abiotic is non living
How can topsoll be replaced in an area that has been strip-mined?
O A) Vegetation will quickly form topsoil.
OB) Stockpile topsoil from the area before strip mining.
O C) Use mine waste for topsoil.
O D) Use crushed rock from the mine.
Answer:
I'm sure you meant to type "topsoil" but the answer to the question is B
Put the following in order from smallest to largest.
- protein
- eukaryotic cell (has nucleus)
- virus (NOT alive)
- prokaryote (bacteria, no nucleus)
Answer:
Protein → virus → prokaryotic cell → eukaryotic cell
Explanation:
This question is asking to place the following components of organisms in an ascending order of magnitude i.e. from smallest to largest.
- Proteins are macromolecules that are found in living cells where they serve different functions. Since they are found inside cells, they are the smallest on this list.
- Viruses are microorganisms considered to be non-living because they do not show characteristics of living things. Viruses are pathogenic organisms that attack living cells. They are the smallest microbes found having sizes in nanometers (nm).
- Prokaryotes are group of organisms with no nucleus e.g bacteria. They possess cells that are smaller than that of eukaryotes.
- Eukaryotic cells i.e. cells with nucleus, have the biggest size of any cell. Hence, they are the largest in the list.
Based on the above description, the ascending order of magnitude is as follows: Protein → virus → prokaryotic cell → eukaryotic cell
Which species has the most chromosomes?
A.
cats
B.
dogs
C.
crayfish
D.
humans
Answer:
D. cray fish
Explanation:
humans have46 chromosomes
dogs have78
cats have 39
there are many types of cray fish
theses fishes range from 176 to 200 chromosome
How is the process of translation essential for the regular functions in a
living thing? (HS-LS1-1) *
a.Translation is a process where the cell changes DNA into RNA
b.Translation is a process where the cell uses DNA to create viruses
c.Translation is a process where the cell uses DNA to create proteins
d.Translation is a process where the cell changes DNA into bacteria used for digestion
Other:
Answer:
I think the answer is A I think
how is homeostasis affected by cancer?
Answer:
An HCA model of prostate cancer with homeostasis of the epithelial cells. of intratumor heterogeneity means that some clones will be negatively impacted.
state resource planners are asked to decide how a natural area might be converted for agricultural use. How could the planners minimize adverse impacts to biodiversity
a. planners can require that different types of crops be planted
b. planners can require that pesticides be used to remove insects
c. planners can replace native plants with drought resistant plants
d. planners can request that wetlands be drained and streams straightened
Answer: C
Explanation:
planners can replace native plants with drought resistant plants
not sure about the answer.
Which organelle in the plant cell makes glucose from sunlight?
Answer:
chloroplast is the organelle
which type of feature forms suddenly where intense compression deforms the rock area
Answer: The options are not given, here are the options gotten from another site.
A. volcano
b. normal fault
C. folded layers
D. reverse fault
The correct answer is Reverse fault.
Explanation:
This is because Reverse fault is caused by compressional stress which means rocks pushing over each other. It is the opposite of normal fault.
Reverse faults are exactly the opposite of normal faults.which occur when the hanging wall rises above and it is also relative to the footwall. Reverse faults plane are vertical and occur in areas with compression (squishing).
Why are trees essential to planet earth? Write 4-5 sentences
Answer:
Trees are vital. As the biggest plants on the planet, they give us oxygen, store carbon, stabilise the soil and give life to the world's wildlife. They also provide us with the materials for tools and shelter.
Explanation:
I hope it's help u
TREES SUSTAIN LIFE ON EARTH
Trees are a vital part of our planet's ecosystem. We all rely on trees and their products: oxygen, fruits, wood, water, medicines and soil nutrients to name a few. They not only give life, but they also improve livelihoods[tex].[/tex]
Who was Louis Pasteur?
Answer:
Louis Pasteur was a French chemist and microbiologist renowned for his discoveries of the principles of vaccination, microbial fermentation, and pasteurization.
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Answer:
a and i already answer this
Explanation:
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After a lake dried up during a severe drought a section of undisturbed rock layers was exposed. The layers are represented below.
Fossils in Undisturbed
Rock Layers
eo
Source: https://www.superlachertools.net
This sequence of rock layers best illustrates the concept that
o A. it is important to preserve the diversity of species and habitats
OB new inheritable characteristics can result from the recombining
of genes
oc the living and nonliving environment both change over time
D. living organisms have the capacity to produce populations of
unlimited size
Answer:C
Explanation:
After a lake dried up during a severe drought a section of undisturbed rock layers was exposed represents that the living and nonliving environment both change over time. So the correct option is C.
What is fossil fuels?Fossil fuels is refers to as which is made from decomposing plants and animals. As the time changes, the living and non-living matter decomposes and deposited in deep layers of soil and converted into fossils after a million ages.
These fuels are present in the earth's crust and comprises carbon and hydrogen, which can be burned for energy. The Coal, oil, and natural gas are examples of fossil fuels.
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What function do cones have?
cones help with near nearsightedness
cones help with night vision
cones help with far sightedness
cones help with color distinction
Answer:
CONES HELP WITH COLOR DISTINCTION
Explanation:
Cone cells, or cones, are one of the two types of photoreceptor cells that are in the retina of the eye which are responsible for color vision as well as eye color sensitivity; they function best in relatively bright light, as opposed to rod cells that work better in dim light.
NOT MY WORDS! But I got it from a reliable source! I HOPE THIS HELPS :)
Answer:DDDDDDDDD!! ITS D
Explanation:
Which population eats kelp the most?
Answer:
bristle worms
Explanation:
In kelp forests, the most commonly found invertebrates are bristle worms, scud, prawn, snails, and brittle stars. These animals feed on the holdfasts that keep kelp anchored to the bottom of the ocean and algae that are abundant in kelp forests. Sea urchins will often completely remove kelp plants by eating through their holdfasts. Other invertebrates found in kelp forests are sea stars, anemones, crabs, and jellyfish.
Hope this helps!
Select all the correct answers.
When people run quickly, they can sweat profusely. Their muscles undergo movement, and the loss of energy takes place. Based on this description, in which two ways is energy conserved when people run?
1. Heat energy is released from the body to the surroundings.
2. Heat energy is taken from the surroundings to the body.
3.Chemical energy is converted to mechanical energy that’s used for muscle movements.
4.Radiant energy is converted to mechanical energy that’s used for muscle movements.
5.Heat energy is converted to mechanical energy that’s used for muscle movements.
When we run, we sweat, which means we're getting hotter and hotter and our bodies need to cool down, which they do through transpiration (sweating). If we need to cool down, we need to release the heat that is in our bodies.
To run, we also need to move our muscles, which requires a specific type of energy, called mechanical or kinetic energy, which is the "energy of movement". In our bodies, we don't store that type of energy though, so we have to convert chemical energy to mechanical energy.
Answers:
⭕Heat energy is released from the body to the surroundings.
⭕Chemical energy is converted to mechanical energy that’s used for muscle movements.
Answer:
Heat energy is released from the body to the surroundings.
Chemical energy is converted to mechanical energy that’s used for muscle movements.
Explanation:
¿Cuáles de las siguientes características permite el intercambio gaseoso entre el Oxígeno (O2) y Dióxido de carbono (CO2) en los alveolos?
Answer:
Difusión y afinidad de la hemoglobina.
Explicación:
La difusión y afinidad de la hemoglobina son las características que permiten el intercambio gaseoso entre el Oxígeno (O2) y el Dióxido de Carbono (CO2) en los alvéolos. Debido a la difusión, las células de hemoglobina descargan o eliminan el gas de dióxido de carbono que es más alto en la hemoglobina en comparación con los alvéolos, por lo que el dióxido de carbono se mueve de la hemoglobina a los alvéolos mientras que, por otro lado, el oxígeno se mueve dentro de la célula de hemoglobina a través de la difusión y la estructura de la hemoglobina atraer y adherir moléculas de oxígeno consigo mismo.