4. According to Newton's laws what might happen to the Earth if its orbit moved farther away from the Sun? The Sun's gravitational pull on the Earth would increase b. The Earth's gravitational pull on the Moon would increase b The Sun's gravitational pull on the Earth would stay the same d. The Sun's gravitational pull on the Earth would decrease C.​

Answers

Answer 1

Answer:

The Sun's gravitational pull on the Earth would decrease.

Explanation:

Answer 2

According to Newton's laws,  if its orbit moved farther away from the Sun, the Sun's gravitational pull on the Earth would decrease. The correct option is d.

What is gravitational force?

Gravitational force is the force that attracts everything towards it. The third law of Newton, or the law of action-reaction, states that:

As soon as object A applies a force (referred to as an action) to item B, the opposite force is then applied to the first object (referred to as a reaction).

In other words, when two things exert a force on one another, the two forces have the same magnitude (while the directions are opposite).

The gravitational force that the Earth exerts on the Sun is consequently equivalent to and, in fact, opposite of the gravitational force that the Sun exerts on the Earth, according to Newton's third law.

Therefore, the correct option is d. The Sun's gravitational pull on the Earth would decrease.

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Related Questions

What elements are nanowhiskers usually made?

Answers

Answer:

Nanowhiskers are tiny threads that measure about 10 nano- meters (1 nm = 0.000000001 m) in length and 1.5 nanometers in diameter. They are often made of carbon or silver.

A very small infectious agent composed of DNA or RNA surrounded by a protein coat and that can only reproduce within a host cell is called a

Answers

Answer:

virus

Explanation:

In the space provided, describe the similarities and differences between the seasonal changes of the oak tree in Florida and the oak tree in Maine make it Conclusions
Science pls

Answers

Owing to climatic peculiarities the changes of oak in Florida and oak in Maine are distinguished, in these cases differences are remarkably satisfactory.

The seasonal changes of the oak tree in Florida and the oak tree in Maine

Many oaks are native to Florida. Some Florida oaks include

shumard oakwillow oakand southern live oak.

Northern red oaks can also be found in northern Florida. Some other oak trees in Florida include

black oakbluff oakchapman oakchinkapin oakand laurel oak.

With this information, we can conclude that owing to climatic peculiarities the changes of oak in Florida and oak in Maine are distinguished, in these cases differences are remarkably satisfactory.

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The genome located in the nucleoid of a mitochondrion or chloroplast consists of a ______ chromosome.

Answers

Answer:

i dont know

Explanation:

i am just doing this for points srry

Fluid is filtered from blood as it enters a capillary due to the _____, but fluid is reabsorbed as the blood exits a capillary due to the _____. Group of answer choices hydrostatic pressure from smooth muscle; cooler temperatures in venous blood osmotic pressure from salts; hydrostatic pressure from the veins blood pressure from the heart; osmotic pressure from proteins in the plasma

Answers

Fluid is filtered due to the hydrostatic pressure from the heart, but fluid is reabsorbed due to the pressure from proteins in the plasma.

What is hydrostatic pressure?

The expression hydrostatic pressure makes reference to the pressure exerted by a fluid, in this case, the blood in the bloodstream.

Fluid is filtered from blood as it enters a capillary due to the hydrostatic pressure from the heart.

However, during this process fluid is reabsorbed as the blood exits a capillary due to the pressure from proteins in the plasma.

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during the water cycle, water evaporates, rises into the atmosphere, and eventually falls back to earth's surface as precipitation. what is the original source of energy that produces these changes

Answers

When warmed by the sun, water on the surface of oceans and freshwater bodies evaporates, forming a vapor. Water vapor rises into the atmosphere, where it condenses, forming clouds. It then falls back to the ground as precipitation. Moisture can also enter the atmosphere directly from ice or snow.

The original source of energy for the water cycle is sunlight. It falls on the earth's surface and causes the water to evaporate.

As the sunlight falls on the surface of the earth's surface, the water in the oceans or water bodies evaporates and the glaciers sublimes which converts directly from solid to gas or vapor form.

The vapor rises up in the atmosphere and forms the clouds this process is known as condensation. These water vapors falls back to earth's surface by the process of precipitation or raining.

This is known as water cycle. Therefore, the answer for the given question is sun energy or sunlight.

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While studying thermal sulfur geysers in Yellowstone National Park, you collected water samples containing single cell organisms without muclei or membrane-bound organelles. To what kingdom would they belong?​

Answers

Answer:

If you mean nuclei the answer is prokaryote

How does a potometer work,explain in details

Answers

Potometer or transpirometer is used to measure the transpiration rate. It is a long glass tube, side tube at right angles. A plant shoot sample is included in the side tube via a cork, into the tube’s mouth. The instrument is supplied with water, joints sealed. Place this setup under sunlight. Air bubble moves into the tube. The lower end of the tube is then set up in the beaker which contains water.

The shoot absorbs water, transpired via leaves. Transpiration pull is produced, air bubbles start moving with transpiration pull. The amount of absorbed water is noted (readings for air bubble) and hence transpiration is calculated

the chart below shows many traits found in pea plants. what would be the genotypic ratio for seed color in the F2 generation

Answers

The chart here is not found but is possible to determine phenotypes and genotypes by calculating the gametic combinations through a Punnet square.

What is a Punnet square?

A Punnet square is a specific diagram used in genetics to calculate phenotypic and genotype frequencies.

A Punnet square is constructed by using the possible gamete combinations that will give rise to offspring.

The phenotypic frequencies obtained from a Punnet square depend on the type of inheritance mechanism.

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you see a television commercial for a new antibiotic. the ad includes someone claiming that the antibiotic helped cure them of the fu. what are two reasons why you might question this claim?

Answers

Answer I would question this claim because

Explanation:

Each of our bodies are different

Hello! Miko is here to help!

The answer is:The sample is limited to one person so it doesn't provide a wide view of the product.

There is no expert opinion so it is not as believable.

What might result for a eukaryotic organism that lacked functional telomerase?.

Answers

It would have shorter chromosomes with every round of mitotosis

Use the drop-down menu to complete the statement.
Consider a star with a surface temperature of 6000 K.
Use the information presented on the graph to
complete the statement.
The star emits most of its energy in the v
range.
UV
visible light
infrared

Answers

Answer:

B: visible light

Explanation:

Answer:

B

Explanation:

Which statement best describes how living things obtain energy?

A)All living things get the energy they need by consuming other organisms.

B)Some living things get the energy they need by consuming glucose, while others get the energy they need by consuming other organisms.

C)All living things get the energy they need by consuming glucose.

D)Some living things get the energy they need from the sun, while others get the energy they need from consuming other organisms.

Answers

Answer:

D)Some living things get the energy they need from the sun, while others get the energy they need from consuming other organisms

Explanation:

D) Some living things get the energy they need from the sun, while others get the energy they need from consuming other organisms.

Do living things get energy from the sun?

The sun is the major source of energy for organisms and the ecosystems of which they are a component. manufacturers, which include plants and algae, use the strength from daylight to make meals power by using combining carbon dioxide and water to shape organic count. This process starts the go with the flow of strength through nearly all meal webs.

The chemical electricity that organisms want comes from meals. food consists of organic molecules that store the power of their chemical bonds. In terms of acquiring meals for power, there are two types of organisms: autotrophs and heterotrophs.

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When the ventricles contract, the bicuspid (mitral) valve prevents blood from flowing from the ________. group of answer choices left atrium to the right atrium left ventricle to the right ventricle right ventricle to the right atrium left ventricle to the left atrium

Answers

When the ventricles contract, the bicuspid (mitral) valve prevents blood from flowing from the left ventricle to the left atrium.

The heart valve and its functions

The heart is a hollow organ of the circulatory system that uses its electrical activities to pump blood to the whole body

The structure of the heart consist of the following parts

The four chambers: Includes the left ventricle, right ventricle, left atrium and right atrium.

The valves: This includes the mitral, tricuspid, pulmonary and aortic valves.

The mitral valve is located in the left chamber of the heart between the left atrium and left ventricle. It maintains the one-directional flow of blood through the heart.

Therefore, when the ventricles contract, the bicuspid (mitral) valve prevents blood from flowing from the left ventricle to the left atrium.

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Which option best describes the steps of the scientific method after performing an experiment?

A. gather and analyze data → draw conclusions → alter or form a new hypothesis
B. share data → form a hypothesis → draw conclusions
C. make an observation → form a hypothesis → analyze data
D. draw conclusions → share data → alter or form a new hypothesis

Answers

Answer:

A. gather and analyze data → draw conclusions → alter or form a new hypothesis

Explanation:

After you perform an experiment you gather and analyze your data, then you draw conclusions based on your evidence, and with that evidence you form or alter a new hypothesis.

what type of inheritance controls blood types in humans.

Answers

Answer:

A gene l

Explanation:

. A piece of wood is collected from the sediments of the Mississippi Delta. A sample from the wood originally had one million (1,000,000) C 14 atoms. Now it only has 125,000 C 14 atoms. How old is the sample?

Answers

The wood sample is 17190 years since the carbon-14 isotope has undergone 3 half-lives.

What is the halflife of a radioactive element?

The Half-Life of a radioactive element is the time taken taken for half the atoms present in the nucleus of that element to disintegrate.

The half life of carbon-14 is 5730 years.

Initial amount of carbon-14 in the wood sample = one million (1,000,000) atoms.

Now it only has 125,000 C 14 atoms.

Number of half-lives undergone = 3 half-lives

Age of the wood sample = 3 × 5730 = 17190 years

Therefore, the wood sample is 17190 years old.

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After 38 years of state protection, the Florida black bear is joining a list of more than

60 animals that have been removed from the state's endangered species list. The

Florida Fish and Wildlife Conservation Commission (FWC) voted unanimously that

the species had regained a healthy population and is no longer in peril. Which of the

following most likely led to the change in the Florida black bear's status?

Answers

After 38 years of state protection, the Florida black bear is entering a list of more than 60 animals Florida Fish and Wildlife Conservation Commission (FWC) voted unanimously.

What is status of Florida black bear?

The Florida black bear is recorded as a Recovered species; they are no longer regarded a protection concern. Both the human and black bear people in Florida have lived rising since the 1980s. They are, however, protected by the Bear Conservation Rule.

Thus, the Florida black bear is recorded as a Recovered species; they are no longer felt a conservation concern, watched by the Bear Conservation Rule.

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Viruses are composed of Group of answer choices proteins, RNA and ribosomes single stranded DNA double stranded DNA and RNA Single stranded RNA RNA or DNA, but never both, and a protein coat

Answers

Answer: Viruses are composed of eight proteins. RNA. And ribosomes. Vi single stranded DNA. C. Double stranded DNA. And RNA. D. Single stranded RNA. A. E. RNA or DNA. Never both and a protein coat. It's a great answer. Here is e so virus has two components that all of them have nucleic acid and a protein caps it so this is their genetic material. It can be RNA or DNA. It can be single stranded or double stranded of Eva. But it's never a mixture of DNA and RNA. So it's one or the other and they have a protein caps it here the protein coats. So all viruses have these two components some also have a lipid envelope and those are called enveloped viruses. All of them have these two components. They don't have ribosomes. They need to use the host ribosomes translate their genes. There. I'm RNA is they may have single stranded DNA but they'll also have the protein caps it. And they could be R. N. A. Same for single stranded RNA. They could be single stranded DNA. Or double stranded DNA. And that MRS. For protein. And see it cannot be because this is a mixture of nucleic acids. And also another edition is they can have proteins that come along with them. For example. HIV will bring along reverse transcriptase inside the very um but they all at least definitely have RNA or DNA but not both. And a protein coat. All viruses will have that

Within a single species, how
different is the DNA between
individual organisms?
A. At least 50% different
B. Exactly 100% different
C. Less than 1% different

Answers

Answer:

C

Explanation:

A single species (ex, humans) are very simlaer among individuals.

Within a single species the DNA between individual organisms is  Less than 1% different.

What is DNA?

Deoxyribonucleic acid (abbreviated DNA) is the molecule that carries genetic information for the development and functioning of an organism.

How does DNA differ from one species to another?

The typical difference within a species, including humans, is 0.1% or 1 in 1,000 of the "letters" that make up a DNA sequence.

Therefore, within a single species the DNA between individual organisms is  Less than 1% different.

Hence ,option C is correct

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Im not sure what to do and this is for extra credit can someone explain

Answers


Multiply them using punnet squares for example for the first one multiply XX and XY

Which area is approximately two-thirds of the distance between the navel and the hip bone in the rlq?.

Answers

Answer:

The appendix

Explanation:

The area that is approximately two-thirds of the distance between the navel and the hip bone in the RLQ. Pain in this area may mean appendicitis.

RLQ: is the lower right quadrent on you stomch

The navel is your belly button

Appendicitis: Is a inflamation between your small intestine and apendex

I need help with those two questionsss

Answers

Answer:

5 is c

4 is b                                  

                   

After a caterpillar eats a leaf, it can convert the chemical energy into _____ energy to help it build a cocoon.

mechanical
nuclear
chemical
heat

Answers

The answer is Mechanical

Answer:

mechanical

Explanation:

the nutrients from the leaves provide the carterpilar with the neccessarry energy needed to build its cocoon. The coccon being a product of shed skin, the starch present in leaves is very key in its general formation

Which action would best help a person prepare for a hurricane?

A. Dressing warmly

B. Making an evacuation plan

C. Stocking up on reading materials

D. Making a healthy meal plan

Answers

Answer:

B. Making an evacuation plan

hope this helps

b. making an evacuation plan

What was true about the peppered moth population in England during the Industrial Revolution.

A. The species became extinct because the pollution was an environmental change and they couldn't adapt to.
B. Only the white moths became extinct because they couldn't blend into their environment and they all got eaten.
C. The dark moths, which before the Revolution were rare, increased in number near the cities.
D. The populations didn't change because the Industrial Revolution was only temporary.

Answers

Answer:

C

Explanation:

When the smoke covered the city the black moths were more camoflagued.

What do the respiratory system and cellular respiration have in common? question 2 options: oxygen plays a key role in both. they both rely on the heart. they both expel oxygen as a waste product. they have nothing in common.

Answers

answer: A. Oxygen plays a key role in both.

Explanation: I took the quiz.

Organizations and agencies are a result of _______ in environmental protection issues. a. contingency plans b. hunting regulations c. government involvement d. all of the above

Answers

Organizations and agencies are a result of government involvement in environmental protection issues.

What is the organization protecting the environment?

The organizations are made to protect the environment.

These organizations protect the trees, and animals and make rules to conserve the environment.

The saving environment is important to protect mankind.

Some organizations are worldwide fund, PETA, department of environment, food and rural affairs, etc.

Thus, the correct option is c. government involvement

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Answer: C. government involvement

How does natural selection affect a single-gene trait?.

Answers

Answer:

it can lead to changes in allele frequencies and then to evolution

The fovea has the greatest visual acuity in bright light primarily because the fovea is:.

Answers

The fovea has the greatest visual acuity in bright light primarily because the fovea is has the highest density of narrow and elongated cone receptors.

The light sensitive area of the eye

The eye is one of the sense organs that is use for sight by mammals. It contains the following parts:

Pupils,

Cornea,

Choroid,

Retina,

Conjunctiva and

lris.

All the images refracted by the eye lens is focused on the retina.

The fovea is part of the retina that is made up of high concentration of cone cells that helps to maximize light detection.

Therefore, the fovea has the greatest visual acuity in bright light primarily because the fovea is has the highest density of narrow and elongated cone receptors.

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