Answer:
How does the giant squid interpret light differently than humans? Write:
A Human eye can have a visual threshold, that can only detect light around the depth of 500-600 meters, meanwhile giant squids can detect light from dark depths, and the squids eye adsorbs the blue lightHow have giant squid's eyes adapted to deep underwater? Write:
they've adapted to the deep water by having the ability to see predators, they are equipped for life in dark depths, and the large squid eyes made them able to have binocular and stereoscopic vision.Explanation:
no explanation is needed.
Answer:Hunting in the deep dark ocean isn't easy, but these cephalopods have adapted to their environment. In addition to their foot-wide eyes, which help them to absorb as much light as possible to glimpse prey, they also have long feeding tentacles.
Explanation: i think this is right here you go
Giving 24 points
Answer all the questions!!!
science
Answer:
1. Blood moves in and out of the cells and travels through the body in the blood vessels.
2. The organ that pumps blood through the body is the heart.
3. Each upper chamber of the heart is an atrium.
4. Each lower chamber of the heart is a ventricle.
5. The force that blood puts on blood vessels is blood pressure.
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Have a nice day!!
25 PTS MIGHT GIVE BRAINLIEST Imagine that you are a grain of pollen on a flower that cross-pollinates
the flower of another plant of the same species. Write a journal
entry in complete sentences describing your journey. Correctly
include each of these terms in your entry: pollinator,
pollen, pistil, stamen, anther, stigma, ovary, and eggs
Answer:Pollination is the transfer of pollen grains from an anthers to a receptive stigma. In most species of flowering plants, external agents bring about pollination. Also, flowers have evolved special structures and mechanisms to ensure successful pollination.
There are two types of pollination
--> Self pollination: This takes place when mature pollen grains from the anther of a flower fall on the stigma of the same flower or that of another flower on the same plant. This type of pollination brings the male gametes and egg cells of the same plant together. The resultant offspring show very little genetic variation.
--> Cross pollination: This occurs when mature pollen grains of a flower are transferred to the stigma of a flower of another plant of the same or closely related species. This brings the male gametes and egg cells of two different parent plants together. Therefore, there is greater genetic variation among the offspring.
Explanation: i hope this can give you a little push!
Answer:
As a grain of pollen on a flower, I am responsible for cross-pollinating the flower of another plant of the same species. I began my journey on the stamen of one flower, where I picked up the pollen from another. I was carried to the pistil of the next flower and deposited the pollen on the stigma. I then traveled down the style to the ovary, where I fertilized the eggs, commencing the production of the next generation of this flower.
what do you need to make good fried chicken? (This is a required answer btw)
HELP ASAP!!
Research how coral reefs are formed. What types of animals live there? What important roles do cnidarians play in coral reefs? How do the tiny animals get their food? How do algae help the corals? Write three-paragraphs describing coral reefs. Include the information listed above plus any other information you find.
In seals, the gene for the length of whiskers has two alleles. The dominant allele (L) codes long whiskers & the recessive allele (l) codes for short whiskers. If one parent seal is purebred long-whiskered and the other is a hybrid, what percent of offspring would have long whiskers?
help asap! pls and thank you
Answer:
I was never really good at this until my teacher took the time and eplained things to me, so with what I now know, I started to cross out options that didn't make any sense, and was left with A
Giving 24 points
Complete all of the sentences!!!
science
Answer:
1. The organ that pumps blood in your body is the heart.
2. Blood is carried away from the heart by arteries.
3. Blood is carried back to the heart by veins.
4. The smallest blood vessels are called capillaries.
5. The part of the heart where blood is received is the atrium.
6. The part of the heart that pumps blood out is the ventricle.
7. Oxygen is carried in your red blood cells by hemoglobin.
--
Have a nice day!!
Giving 13 points
answer all the questions!!!
Science
Answer:
1. Pump blood
2.A vessel that carries blood high in oxygen content away from the heart to the farthest reaches of the body.
3.A blood vessel that carries blood that is low in oxygen content from the body back to the heart.
4.Capillaries
5.Plasma
How many breaths per minute would you expect to have while watching a movie?
A. 30 breaths per minute
B. 1 breath per minute
C. 15 breaths per minute
D. 5 breaths per minute
Answer:
15 breaths per minute because you slowly breath and anticipating on the next thing that will happen in the movie
Imagine that you are a grain of pollen on a flower that cross-pollinates
the flower of another plant of the same species. Write a journal
entry in complete sentences describing your journey. Correctly
include each of these terms in your entry: pollinator,
pollen, pistil, stamen, anther, stigma, ovary, and eggs
Answer:
As a grain of pollen on a flower, I am responsible for cross-pollinating the flower of another plant of the same species. I began my journey on the stamen of one flower, where I picked up the pollen from another. I was carried to the pistil of the next flower and deposited the pollen on the stigma. I then traveled down the style to the ovary, where I fertilized the eggs, commencing the production of the next generation of this flower.
Diffusion is a process in which materials move from areas of high concentration to areas of low concentration.
True
False
Answer: true
Explanation:
Which trait is solely dependent on its environment?
help does anyone know this?
This is explained by the fact that at the top of the group, atoms are so the positive charge of the nucleus will be closer to any the atom may encounter as it seeks to fill its outer shell. This means the electrostatic force of between nucleus and electron will be greater. Additionally, for a smaller atom, there will be fewer inner shells of electrons to repel an incoming electron
Answers in order:
smaller
electron
attraction
Explanation:
ok so we know that a positive proton attracts the negative electron and we know that protons, neutrons are found in nucleus while the electron orbits around it.
now let's imagine an atom, could you say that with the increasing number of protons as you go down the elements of the periodic table that there is also an increasing positive charge in the nucleus?
and we know that in elements the protons and electrons are equal since they attract each other and hence the element is neutral in charge.
Now let's imagine that larger size of positive charge versus the electrons in many shells orbit.
we know that there is a specific amount of electrons per each shell, but particularly the group 17 elements, their outer shell has 17 valence electrons.
Now could we also say that having such a high number of electron in their valence shell also mean that there is a great negative charge especially in that outer shell.
so now let's imagine, both these great negative and positive charges attracting eachother, wouldn't this attraction be more stronger as compared to lower positive and negative charge? Yes
Knowing this, we can explain the reason for the actual size of the entire atom, the shells are much closer together to the nucleus due to those forces of attraction hence the atomic radii is smaller. This is also why elements with a larger number of valence electrons tend to accept electrons rather than donate.
Also know that atomic radii increase going across a period from left to right, and decrease going down a group
Answer:
Smaller for the first one
Electron for the second on
and Attract for the third one
What is the energy level of a liquid?
Answer:
The energy level of a liquid refers to the amount of energy that is stored within the molecules of the liquid. This energy can take various forms, including kinetic energy (the energy of motion), potential energy (the energy of position), and thermal energy (the energy of heat).
WILL GIVE BRAINLIEST 40 PTS Classify each of the characteristics and examples as belonging to plant cells (P), animal cells (A),
or bacterial cells (B). Some characteristics may apply to more than one cell type.
_________ a. prokaryotic cell
_________ b. large vacuole for water storage
_________ c. example: blood cell
_________ d. enclosed nucleus
_________ e. smallest cell type
_________ f. eukaryotic cell
_________ g. has a cell membrane
_________ h. linear DNA
_________ i. no membrane-bound nucleus
_________ j. cell wall made of cellulose
_________ k. circular DNA
_________ l. has chloroplasts
_________ m. microscopic
_________ n. example: E. coli
Answer:
a. prokaryotic cell - B
b. large vacuole for water storage - P
c. example: blood cell - A
d. enclosed nucleus - A
e. smallest cell type - B
f. eukaryotic cell - A
g. has a cell membrane - A, P, B
h. linear DNA - B
i. no membrane-bound nucleus - B
j. cell wall made of cellulose - P
k. circular DNA - B
l. has chloroplasts - P
m. microscopic - A, P, B
n. example: E. coli - B
Answer:
a. prokaryotic cell - B
b. large vacuole for water storage - P
c. example: blood cell - A
d. enclosed nucleus - A
e. smallest cell type - B
f. eukaryotic cell - A
g. has a cell membrane - A, P, B
h. linear DNA - B
i. no membrane-bound nucleus - B
j. cell wall made of cellulose - P
k. circular DNA - B
l. has chloroplasts - P
m. microscopic - A, P, B
lol i had a test on this.