3. How is carbon added to the atmosphere?

Answers

Answer 1

Answer:

Explanation:

Carbon dioxide is added to the atmosphere naturally when organisms respire or decompose (decay), carbonate rocks are weathered, forest fires occur, and volcanoes erupt. Carbon dioxide is also added to the atmosphere through human activities, such as the burning of fossil fuels and forests and the production of cement

Related Questions

6. What is the monomer (building block) of nucleic acids such as DNA and RNA a.Nucleotidesb.Amino Acidsc.Glycerol head and fatty acid tailsd.Monosaccharide

Answers

We have to consider that a monomer is, just like the question's statement tells us, the building block of a greater molecule. These basal units in the nucleic acids (DNA and RNA) are known as nucleotides, while are called amino acids in proteins.

While listening to his heart with a stethoscope, the physician noticed a high-pitched, blowing, systolic murmur, heard best directly under the left nipple. A review of Roger's medical records shows no prior history of a heart murmur. What could be causing this new murmur

Answers

Answer:

Heart malfunction

Explanation:

high-pitched, blowing, systolic murmur indicates that he was having a heart issue with initial could lead to heart malfunction because normal heartbeats don't have a high-pitched sound or blowing.

(WAIT BEFORE YOU DECLINE :) )i narrow it down into 2 options .Which of the following is true of innate behaviors that are described as instincts?A. Instincts aren't governed by genetics, while innate behaviors are.B. Instincts are complex series of innate behaviors.

Answers

Answer

A. Instincts aren't governed by genetics, while innate behaviors are.

Explanation

Innate behavior is a generic term for traits that we either observed, learned or encoded to our system, which is why they are governed by genetics. And Instincts are the one's that keep us in placed and alive, they are not genetic.

Compare and contrast a fossil with a trace fossil

Answers

A fossil and a trace fossil are both types of evidence that provide insights into ancient life forms, but they differ in their nature and the information they convey. Here's a comparison and contrast between the two:

Definition:
- Fossil: A fossil refers to the preserved remains or traces of organisms that lived in the past. It can include the hard parts of plants or animals, such as bones, shells, teeth, or wood.
- Trace Fossil: A trace fossil, also known as an ichnofossil, refers to indirect evidence of prehistoric life activities, such as footprints, burrows, tracks, trails, or even feces (coprolites).

Formation:
- Fossil: Fossils form when the remains or hard parts of organisms are buried in sediment or other materials, undergo mineralization over time, and become preserved.
- Trace Fossil: Trace fossils form when an organism's activity or behavior, rather than the organism itself, creates an impression or trace that is preserved in the geological record.

Information Provided:
- Fossil: Fossils can provide direct information about the physical characteristics, anatomy, and structure of ancient organisms. They can offer insights into their evolutionary relationships, adaptations, and paleoenvironments.
- Trace Fossil: Trace fossils provide indirect information about the behavior, locomotion, feeding habits, and ecological interactions of ancient organisms. They can reveal details about their movement patterns, burrowing behavior, or group activities.

Preservation:
- Fossil: Fossils typically require specific conditions for preservation, such as rapid burial, anoxic environments, or mineral-rich sediment. They are often preserved in sedimentary rocks, amber, or ice.
- Trace Fossil: Trace fossils can form in various types of sediments, including mud, sand, or volcanic ash. They can also occur in hardened substrates like limestone or volcanic rock.

Types and Examples:
- Fossil: Examples of fossils include bones, teeth, shells, petrified wood, and preserved soft tissues like feathers or leaves.
- Trace Fossil: Examples of trace fossils include footprints, tracks, burrows, nests, feeding traces, or coprolites (fossilized feces).

In summary, a fossil refers to the preserved remains or traces of organisms themselves, providing direct information about their physical characteristics. On the other hand, a trace fossil refers to indirect evidence of prehistoric life activities, offering insights into behaviors, locomotion, and ecological interactions. Both types of fossils contribute to our understanding of ancient life forms and ecosystems, but through different perspectives and types of evidence.

I hope this helps! :)

A fossil is the actual remains or impressions of an organism preserved in rock, such as bones, shells, or teeth. A trace fossil, on the other hand, is evidence of an organism's presence, activity, or behavior in the form of tracks, burrows, or other marks left behind. Fossils provide a direct record of the appearance and structure of ancient organisms, while trace fossils provide insights into their behavior and ecology.

It is important to study the genetic makeup of other organisms because information in their genetic makeup may hold information about our own.

True or false

Answers

Answer:

True, because there is still much today that we probably don't know about how DNA and genetics work, and it is proven that humans do have the same genetics and DNA patterns as other organisms. FUN FACT: Bananas surprisingly share about 60% of the same DNA as humans!

Explanation:

Hope it helps! =D

Which of the following is an example of a density dependant factor?
A. Industrial pollution in a river
B. An herbivore species and a carnivore species sharing a habitat
C. 3 different herbivore species sharing the same field
D. A volcanic eruption

Answers

Three different herbivore species sharing the same field is an example of a density dependent factor (Option C).

What are density dependent factors?

The density-dependent factors are those variables that affect the growth of a population regarding the number of individuals in such population.

Density-dependent factors include, among others, competition within the population or between populations, the presence of predators, etc.

In conclusion, Three different herbivore species sharing the same field is an example of a density dependent factor (Option C).

Learn more about density dependent factors here:

https://brainly.com/question/15649557

#SPJ1

bye boy a eliminar esta cuenta cuidense

Answers

Answer:

noo

Explanation:

pero gracias por los puntos enserio te lo agradesco

Answer:

adios thank you

Explanation:

HELP ME !!!!!!! Please

Answers

Answer:

what question is it

Explanation:

Which of these meals would give you most of the nutrients that you need ?
1 .Meat, milk and a piece of chocolate
2 .Bread, vegetables and fish
3 .Vegetables, fruits and water
4 .Meat, fish and bread

Answers

Option 3, which includes vegetables, fruits, and water, would likely provide you with the most comprehensive range of essential nutrients.

Vegetables and fruits are excellent sources of vitamins, minerals, and dietary fiber, while water is essential for hydration. While the other options may contain certain nutrients, they might not provide as balanced and varied a nutrient profile as the combination of vegetables, fruits, and water.

Of the four options, option 3 - Vegetables, fruits and water - would give you the most nutrients that you need as it provides a wide range of essential nutrients, including vitamins, minerals, fibers, and fluids.

Vegetables and fruits are rich in vitamins A and C, folate, potassium, and dietary fibers, while water keeps the body hydrated. Additionally, a diet rich in vegetables and fruits has been associated with reduced risk of chronic diseases such as heart disease, diabetes, and cancer.

While meat, milk, chocolate, fish, and bread are also important sources of essential nutrients, they do not provide the same variety and amount of nutrients as a diet rich in vegetables, fruits, and water. Furthermore, foods like meat and milk are high in saturated fat and cholesterol, which can contribute to chronic health problems if consumed in excess.

select the four characteristics that are most common in domain bacteria. multiple select question. peptidoglycan cell wall lack cell membranes usually single-celled lack ribosomes lack membrane-bound organelles lack a nucleus

Answers

Single-celled, peptidoglycan cell wall, lack of membrane-bound organelles, lack of a nucleus, and these are the four traits that domain bacteria most frequently exhibit.

Bacteria and Archaea, two of the three main domains of life, both contain microscopic organisms known as prokaryotes. While the majority of eukaryotes are multicellular, bacteria and archaea are single-celled. Prokaryotes and eukaryotes differ from one another most fundamentally in terms of how their cells are organized. Prokaryotic cells lack a nucleus, a membrane-bound compartment in which DNA is kept, whereas eukaryotic cells do. This characteristic formally distinguishes the two groupings. Prokaryotes only have the nucleus, but eukaryotes typically have additional membrane-bound organelles. Prokaryotic cells are incredibly tiny, although all cells are small in general.

To learn more about nucleus from the link: https://brainly.com/question/17704494

#SPJ4

Which correctly lists three planets that have rings?
O Jupiter, Mars, Saturn
O Mars, Jupiter, Mercury
Mercury, Mars, Venus
O Neptune, Uranus, Jupiter

Answers

The minor Deimos Ring, as mentioned earlier, but it is not comparable to the extensive ring systems of Saturn or Jupiter Mercury does not have any known rings the correct combination is "Jupiter, Mars, Saturn" when referring to planets that have rings.

Out of the four options provided, the only combination that consists of three planets with rings is "Jupiter, Mars, Saturn."

Jupiter: Jupiter is the largest planet in our solar system and is well-known for its impressive ring system.

Although not as prominent as Saturn's rings, Jupiter's rings are made up of fine dust particles and are relatively faint compared to those of Saturn.

Mars: Mars is the fourth planet from the Sun and is often referred to as the "Red Planet."

While it doesn't possess a large, visible ring system like Saturn or Jupiter, it does have a thin dust ring called the Deimos Ring.

This ring is composed of dust particles kicked up by the Martian moon Deimos as it orbits the planet.

Saturn: Saturn is renowned for its spectacular and prominent ring system. It is composed of countless icy particles ranging in size from micrometers to meters.

Saturn's rings are one of the most iconic features in our solar system and are visible even from small telescopes.

The other options listed do not accurately represent planets with ring systems:

Mars, Jupiter, Mercury: While Jupiter is included, neither Mars nor Mercury have prominent ring systems.

Mars has the minor Deimos Ring, as mentioned earlier, but it is not comparable to the extensive ring systems of Saturn or Jupiter. Mercury does not have any known rings.

Mercury, Mars, Venus: None of these three planets have significant ring systems.

Mercury and Venus do not possess any rings, and Mars has only the minor Deimos Ring.

Neptune, Uranus, Jupiter: Neptune and Uranus both have ring systems, but Jupiter does not.

Therefore, this option does not accurately list three planets with ring systems.

For similar questions on planets

https://brainly.com/question/1286910

#SPJ8

Out of the four options provided, the only combination that consists of three planets with rings is "Jupiter, Mars, Saturn."

Jupiter: Jupiter is the largest planet in our solar system and is well-known for its impressive ring system.

Although not as prominent as Saturn's rings, Jupiter's rings are made up of fine dust particles and are relatively faint compared to those of Saturn.

Mars: Mars is the fourth planet from the Sun and is often referred to as the "Red Planet."

While it doesn't possess a large, visible ring system like Saturn or Jupiter, it does have a thin dust ring called the Deimos Ring.

This ring is composed of dust particles kicked up by the Martian moon Deimos as it orbits the planet.

Saturn: Saturn is renowned for its spectacular and prominent ring system. It is composed of countless icy particles ranging in size from micrometers to meters.