In Regards to human cells, what is the difference between body cells and s!x cells? Wouldn't let me put that actual word lol

Answers

Answer 1

s!x cells r needed in order to reproduce while body cells r needed for tissues of organisms and so that organ systems can work

Answer 2

S3x cells need a egg to reproduce, whereas normal cells will regenerate by itself (it will basically copy and past)

Related Questions

will give brainiest
Two important ways that energy is transported in the world arond us

Answers

Answer:

mechanical waves and electromagnetic waves

so the most important ways that energy is transported is Mechanical waves and electromagnetic waves are two important ways that energy is transported in the world around us. Waves in water and sound waves in air are two examples of mechanical waves.

Plan and create a model of complex carbohydrate that shows the relationship between simple and complex carbohydrates.

Answers

Answer:

Look at the image, It would help. Copy and paste if you need to

Explanation:

Plan and create a model of complex carbohydrate that shows the relationship between simple and complex

Part A A compass contains a magnet. The magnet responds to Earth's magnetic field. The magnet's north pole points north from most locations on Earth. Based on what you learned about magnetic force, make three predictions, Predict the approximate size of Earth's magnetic field and the approximate location of its North and South Poles. Give a reason for each prediction

Answers

Answer:

The Earth's magnetic field intensity is roughly between 25,000 - 65,000 north magnetic pole is 86.50°N and 164.04°E and the south magnetic pole is 64.07°S and 135.88°E

Can someone help me pls and pls give the right answers

Answers

Liquid - takes the shape of the container and maintains volume
Solid- maintain shape

No No No No No No No No No No No No No No No No

How many electrons does Sb have in the n = 3 energy level?

Answers

Answer:

The highest-numbered shell is the third shell, which has 2 electrons in the 3s subshell and 3 electrons in the 3p subshell.

Explanation:

The highest-numbered shell is the third shell.

BRAINLIEST IF CORRECT (FILL IN THE BLANKS)

Options for the first blank

absorbs
reflects
refracts

Options for the second blank

slows down
speeds up

Options for the third blank

continue in a straight line path
bend and change directions

$BRAINLIEST IF CORRECT (FILL IN THE BLANKS)Options for the first blankabsorbsreflectsrefractsOptions for$

Answers

First blank: refracts

Second Blank: speeds down

Third Blank: bend and change directions

Answer:

Explanation:

djdjdjd

What is the series of energy transfers shown in the picture below?

A) chemical to mechanical to electrical to thermal
B) mechanical to chemical to thermal to electrical
C) electrical to thermal to mechanical to chemical
D) thermal to mechanical to electrical to chemical

Answers

Answer:

The correct answer is A.

A is the correct answer

pls help

Ionic and covalent bonds help arrange atoms into unique structures for proteins like hemoglobin. Why is this necessary?(1 point)

Answers

Answer:

Ionic bonds can be important to protein structure because they are potent electrostatic attractions. In the hydrophobic interior of proteins, ionic bonds can even approach the strength of covalent bonds

Covalent bonds in amino acids are useful to stabilize the structure of the proteins and their interactions. The ionic bond formed as the atoms in amino acids with opposite charges accompanied strong electrostatic attractions.

What types of bonds are involved in protein structure?

Proteins are 3D structures of amino acids that are further made of an amine and a carboxyl group, and are arranged in specific structures in four levels to give rise to the complete protein molecule.

Proteins can be described as the polymers of polypeptides which are structured by arrangements of these chains in a three-dimensional structure. They are folded and are driven by special non-covalent interactions such as peptide bonds, ionic bonds, hydrogen bonds, Van der Waals interaction, and disulfide bridges.

The primary structure is the sequence of amino acids through peptide bonds to form a polypeptide chain. The secondary structure is a sub-structures made by hydrogen bonding between the main chain peptide groups on the polypeptide backbone chain.

Tertiary structure is the 3D arrangement of protein in which α and β helices are folded into a globular structure with the interactions such as hydrogen bonds, salt bridges, disulfide bonds, and tight packing of side chains.

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How is power defined?

A. the quantity of work accomplished
B. the direction of the work
C. the total distance an object is moved
D. the rate at which work is accomplished

Answers

Answer:

power is the rate at which work is accomplished

D. the rates at which work is accomplished

How do the properties of each of these materials vary? Paper and Cardboard, Plastic, Wood, Metals

PLEASE HELP NOW

Answers

They are all made from trees

The properties of all of these material vary from each other. Paper, cardboard and plastic are insulators and metals and conductors. Each of them has different physical properties.

What are physical properties ?

The physical properties of a substance include properties which changes its physical structure, size, shape, phase etc. Solubility, conductivity, resistance etc. are also physical properties.

Here, paper, cupboard and plastic are insulators and they does not conduct electricity. Whereas, metals are very good conductors and they have wide range of applications in optoelectronic devices.

Each of these materials has different melting temperature and different uses. Their density also vary significantly. The paper is the less dense one here and metals are denser.

The applications of these materials are based on their physical properties.

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HEEEELP!!! THIS IS DUE TODAY
What is one of the most important forms of energy? Give two examples of how this type of energy is used in our lives.

Answers

Public transportation uses electrical energy.
Refrigeration used electrical energy.

Answer:

"There is no God but Allah, and Muhammad is his messenger." This is the basic statement of the Islamic faith: anyone who cannot recite this wholeheartedly is not a Muslim. When a Muslim recites this they proclaim: That Allah is the only God, and that Muhammad is his prophet.

I hope u find the right path

Explanation:

Nylon is a tough light weight fiber that is an example of a ______

A. biodiesel
B. synthetic fibers
C. mineral
D. natural resource

Answers

the answer to this question is b. synthetic fiber

B synthetic fibers you welcome

The atoms in the diagram above are...

sharing pairs of valence electrons.

losing valence electrons.

transferring valence electrons.

pooling valence electrons.

Answers

Answer:he electron dot diagram is a diagram that uses dots as a symbol for an atom's valence electrons and can tell you how many bonds an atom can form. It arranges electrons as dots.

Explanation:is this it

Match these items.

1. imprint of plant or animal
original-remains fossil
2. undecayed plant or animal part
carbonized fossil
3. replaced by a mineral
petrified fossil
4. only carbon remains
cleavage
5. mountain
geology
6. from magma
metamorphic
7. from physical and chemical changes
igneous
8. sandstone
print fossil
9. helps identify rocks
landform
10. science of Earth
sedimentary

Answers

1. print fossil

2. carbonized fossil

3. petrified fossil

4. cleavage

5. landform

6. igneous

7. metamorphic

8. print fossil

9. geology

10. sedimentary

The print fossil, original-remains fossil, petrified fossil, carbonized fossil, landform, igneous, metamorphic, sedimentary, cleavage, and geology are the respective matches as given in the question.

Print fossil is imprint of plant or animal and basically known as fossil impression. Original-remains fossil comprises of the original tissues and parts of organism and undecayed plant or animal part. Petrified fossil is replaced by a mineral. Carbonized fossil is only carbon remains. Landform is a mountain. Igneous is from magma.

Metamorphic is from physical and chemical changes. Sedimentary rocks are sandstone. Cleavage helps to identify rocks. Geology is the study of science of earth.

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Match the term to its definition (Lessons 6.03, 6.04 and 6.05)
(i can't fit this all without confusion)

Answers

Answer: the first paragraph is rain forest biome and the 2nd one is arctic tundra biome and finally the last paragraph is ocean or marine biome

Explanation:

rain forests have warm temperatures and include alot of animals and plants , artctic tundra biome includes cold temperatures ice stuff and all that and ocean or marine biome is pretty much just the ocean with seals , whales and marine life yk.

A model car changes position by moving 60 cm to the left in 12 seconds.

What is the velocity of the model car?
A) 0.2 cm/s to the left
B) 5 cm/s to the left
C) 50 cm/s to the left
D) 720 cm/s to the left

Answers

B) 5 cm/s to the left is correct because velocity is distance traveled over time. This means that you divide 60/12.

The correct answer is B

The image is a model of sulfuric acid that has a chemical formula of H2SO4. In 1-2 sentences, explain why creating models, like the one shown in the image above, is important in understanding substances.

(2 points)

Answers

It’s important to be able to visualize or make a visual representation of a chemical formula.it shows you the 2 hydrogen atoms and the 4 oxygen atoms connected to the one sulfur.using the model you can see the balance of the equation without physically making the substance.

Answer: Creating models is important for a better understanding of the chemical composition of the substances.

Explanation:

The three models of the substances are useful in understanding the molecular composition of the substance and the arrangement of the elements. Even chemical reactions can be explained and understood using these models.

Define energy and power and describe the relationship that exists between them.

Explain how this relationship affects machines or other systems. (1 point)

Your answer should be in complete sentences that describe and explain both questions.
Be sure to check your grammar and spelling.

and them is the pic

Answers

Energy is ability to work or function. Power is the amount of energy transferred to an object.
When energy is transferred to an object or has energy it moves and power is the energy put in a object, meaning they work together to move the object

How does the text describe Pluto?
a
Pluto is made up entirely of ice, and it is bigger than Venus.
b
Pluto is made up entirely of rock and ice, and it is bigger than Earth's moon.
c
Pluto is made up entirely of gas, and it is bigger than Earth's moon.
d
Pluto is made up entirely of rock and ice, and it is smaller than Earth's moon.

Answers

Answer:

Explanation:

Answer:

Explanation:

its smaller than our moon

Which is the most likely outcome to the organisms in an ecosystem near the site of a nuclear disaster?
Organisms could develop mutations in their DNA
Animals will move to another location
All animals will become extinct
Animals will be impacted but plants will not

Answers

Pretty sure it’s A, other three don’t make sense and B is vague

Its Organisms could develop mutations in their DNA

Please help me with this

Answers

The answer is vinegar and soda

I just need help all I need is the answer please some one

Answers

Answer: The correct fill-in-the-blank answers are:

1. through binary fission (already filled in)

2. be resistant to penicillin

3. through asexual reproduction.

4. cell replicates before

5. a simpler process

Explanation:

The correct fill-in-the-blank answers are:

1. Bacteria reproduce through binary fission (already filled in)

2. A parent bacterial cell is able to survive in the presence of antibiotic penicillin. Subsequent generations from this parent will be resistant to penicillin

3. Something that potatoes and bacteria have in common is that they both reproduce through asexual reproduction.

4. In asexual reproduction DNA from the parent cell replicates before it produces daughter cells.

5. Asexual reproduction is a simpler process than sexual reproduction.

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How did this piece of evidence change your thinking about the channel on Mars? Explain your ideas below.

Answers

The piece of evidence changed thinking about the channel on Mars because it shows that the rock was formed next to flowing water as such rock formations exist on Earth and were formed by flowing water.

Was there flowing water on Mars ?

The geologic process that could have created the channel on Mars is water moving. We can infer from the image that water running across the terrain on Mars created channels similar to those on Earth.

We can claim that the flowing of water creates the channels on Mars because when the water runs for a long period from the same region, it takes the sediments and creates channels.

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Erosion, that mats isn’t just a dry planet & can have a diverse eco system

Do you think a moving skateboard has energy? Why or why not?
PLEASEEEEEE HURRY

Answers

Answer:

"Yes," a moving skateboard has energy.

When the skater seems to be in motion or throughout a movement, the potential energy converts itself into the kinetic form of energy, and then it becomes potential energy again.

Furthermore, somewhere after every movement, the same skateboarder was around a similar height, — in other words thus every time it is equally powerful.

The response is thus the right one.

Explanation:

Yes, every object in motion has energy.

In the following images, a blue circle represents an atom of one type of element, and a red square represents an atom of a second type of element. Determine which of them represent a pure substance, a homogenous mixture, and a heterogeneous mixture.
Are these in the right order?

Answers

Answer: No they are not. "Pure substance" is supposed to be placed in the middle picture. "Homogenous mixture" is supposed to be placed in the right picture. "Heterogenous mixture" is supposed to be placed in the left picture.

Explanation:

Pure Substances:

There are two categories of pure substances: elements and compounds (In our case, we have a compound).

Element (e.g. the blue circles or the red squares):

An element is a fundamental substance.An element cannot become simpler than itself, even if chemical separation methods are used.

Compound (e.g. the blue circles bonded together with the red squares in the middle picture):

A compound is a substance made of two or more elements in fixed proportions (i.e. One element has the same amount as the other).A compound can be made into individual elements or simpler substances using chemical methods of separation.

Mixtures:

There are two categories of mixtures: homo- and hetero- genous.

Homogenous mixture:

The substances or elements are mixed to look like one single substance and cannot be told apart (e.g. When salt dissolves in water, the water still looks like water).The substances or elements are distributed evenly throughout the apparatus. The number of different types of substances or elements can vary (e.g. There is more water than salt) The substances or elements do not bond together.

Heterogenous mixture:

The substances or elements are mixed and can be told apart (e.g. When oil is mixed with water, the oil is "water-hating" so it forms its own layer on the bottom, while the water forms another layer on top of the oil layer).The substances or elements are distributed where one type of substance or element is bunched up in one spot and another substance or element in another spot.The number of different types of substances or elements can vary.The substances or elements do not bond together

The second Image is not a homogenous mixture, it is a heterogenous mixture as two different types of elements are mixed together.

The mix of two different types of elements in the heterogenous mixture is not uniform and has uneven mixed types.

The third image is a homogenous mixture as even though two different types of elements are together, they are not mixed with each other.

Unlike in the heterogenous mixture, in a homogenous mixture, there is a uniform mix of two different types of elements.

The first image is correct, the image depicts a pure substance.

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The images below show two atoms. Using the document and a periodic table, determine the following:

Please answer all parts for full credit! (TOTAL POINTS = 14 pts)

a) What elements are depicted? (2pts)

b) How is each element classified (metal, nonmetal, metalloid)? (2pts)

c) What type of bond would form between these two atoms? (2pts)

d) What would the compound formed between these atoms be named? (4pts)

e) What would the formula be? (4pts)

Answers

Answer:

Explanation:

a) Atom 1 has 35 protons and 45 neutrons, which means it is the element bromine (Br). Atom 2 has 12 protons and 12 neutrons, which means it is the element magnesium (Mg).

What is a metalloid?

A metalloid is an element that acquires both metal and nonmetal properties. Metalloids have some characteristics of metals, such as being good conductors of electricity, while also having some nonmetallic properties such as being brittle and lacking the ability to be hammered into shape. They are located along the "staircase" on the periodic table, between the metals and nonmetals, and include elements such as boron, silicon, germanium, arsenic, antimony, and tellurium. Metalloids are important in various applications such as semiconductor industry, in which silicon is the most widely used metalloid for the production of computer chips and solar cells.

b) Bromine (Br) is a nonmetal and magnesium (Mg) is a metal.

c) Magnesium (Mg) is a metal and bromine (Br) is a nonmetal, so they would form an ionic bond.

d) The compound formed between magnesium (Mg) and bromine (Br) would be named magnesium bromide.

e) The formula for magnesium bromide is MgBr2, since magnesium (Mg) has a +2 charge and bromine (Br) has a -1 charge.

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When the speed of the bottle is 2 m/s, the KE is kg m2/s2. When the speed of the bottle is 3 m/s, the KE is kg m2/s2. When the speed of the bottle is 4 m/s, the KE is kg m2/s2. When the speed of the bottle is 5 m/s, the KE is kg m2/s2. When the speed of the bottle is 6 m/s, the KE is kg m2/s2.
instructions
In this part of the experiment, you will be changing the speed of the bottle by dropping it from different heights. You will use the same mass, 0.250 kg, for each trial, so record this mass in Table B for each velocity. Then, calculate the expected kinetic energy (KE) at each velocity. Use the formula KE = mv2,
where m is the mass and v is the speed. Record your calculations in Table B of your Student Guide.

Answers

Answer:

Based on the given instructions, you need to calculate the expected kinetic energy (KE) at each velocity using the formula KE = mv^2, where m is the mass and v is the speed. The mass is given as 0.250 kg.

Table B: Calculation of Kinetic Energy (KE)

Speed (m/s)Mass (kg)KE (kg m^2/s^2)20.2500.50030.2500.75040.2501.00050.2501.25060.2501.500

To calculate the kinetic energy at each velocity, multiply the mass (0.250 kg) by the square of the velocity.

For example, when the speed of the bottle is 2 m/s: KE = (0.250 kg) * (2 m/s)^2 = 0.250 kg * 4 m^2/s^2 = 1.000 kg m^2/s^2

Perform similar calculations for the other velocities and record the results in Table B.

Answer:

Explanation:mass of the bottle in each case is M = 0.250 kg

now as per given speeds we can use the formula of kinetic energy to find it

1) when speed is 2 m/s