Baboons

The balanced symbol equation for carbon plus oxygen yielding carbon dioxide is:

C + O2 -> CO2

Yes. CO2 has a weight of 44g/mol and O2 has a weight of 32g/mol.

1 mole of methane (CH4) reacts with 2 moles of oxygen (O2) to produce 1 mole of carbon dioxide (CO2) and 2 moles of water (H2O). The reaction is balanced with respect to the number of atoms of each element on both sides of the reaction equation.

In the absence of anthropogenic activities, carbon dioxide (CO2) levels in the atmosphere would be fairly static. Animals exhale carbon dioxide, but vegetation converts this back into edible products that are then consumed by those animals. Similarly, rotting vegetation gives off carbon dioxide, but the vegetation is soon replaced by new vegetation that requires the same amount of carbon. The natural cycle contributes no net increase in carbon dioxide concentrations in the atmosphere. Even burning wood or paper has no net effect on atmospheric concentrations of carbon dioxide, although cutting down trees for wood or paper could do so if new trees are not allowed to grown and absorb as much carbon as the trees cut down. So, CO2 concentrations had remained around 260-280 parts per million (ppm) until the time of the Industrial revolution, when the level of CO2 began to rise in line with increasing use of fossil fuels.

The increase from 260-280 ppm to the present 390 ppm of atmospheric carbon dioxide is almost entirely due to human activities. The main cause is by burning fossil fuels such as coal, oil and natural gas. Another important cause is deforestation, mainly as land-clearing for farming.

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There is absolutely zero scientific evidence to make the claim that carbon dioxide has ever been "fairly static". The science behind the levels of carbon dioxide differ vastly from the political viewpoint stated.

CO2 has varied by about 800 years behind temperature. This is a well known trend for the past 650K years according to all available data. The current upward trend started well over 10,000 years ago, shortly after the temperatures started to rise. Carbon dioxide has always followed temperature. With the current warming trend now at over 10 degrees C, it is a normal and expected occurrence that CO2 levels would eventually follow. Levels as low as 190 ppm have been observed in the past 10,000 years, as well as levels (reported by Noble winning science experts from the 1800's) of well over 400 ppm. (Beck 2008). The overall trend for CO2 has been upward almost non stop for the past 9,300 years. There have been fluctuations, but this is the undisputed trend.

Man's production of less than 6% of all CO2 is possibly a partial contributor to the current levels of CO2. That is a very possible scenario. Nature's production of 94% is a known cause of increase. To blame man as the sole reason for increase though is misleading and absolutely false. We know that the levels of CO2 rose over 100 ppm prior to man starting to use any coal.

The one undisputed fact of CO2 increase is the know relationship between temperature and the levels of CO2 in our atmosphere. Temperature causes CO2 to rise. This is a known event. Human additions are a speculative (albeit possible) issue.

When limestone is heated, it undergoes a chemical reaction called thermal decomposition, where it breaks down into calcium oxide (quicklime) and carbon dioxide gas. This is a chemical change because the chemical composition of the substance is altered during the process.

Helium is the element whose name comes from the Greek word for "light bearing." The name helium is derived from Helios, the Greek god of the sun.

The periodic table is organized in order of increasing number of electrons. Column-wise, the elements are divided into groups. With the exception of the transition metals in the middle of the period table, all the other groups have the same number of valence electrons within each groups.

Calcium has 2 valence electrons, meaning that there are two electrons in its outermost shell of electrons. All group 2 elements have two valence electrons. So calcium belongs in group 2. It is also there because of how the table is arranged in the order of increasing atomic number

The chemical equation for the reaction between carbon dioxide and oxygen to form methane is not possible as it involves a reduction process, which is not spontaneous under normal conditions. Methane is usually produced through other processes, such as the reaction between hydrogen and carbon dioxide known as Sabatier reaction.

Yes, oil burning furnaces release carbon dioxide as a byproduct of combustion. It is important to ensure proper ventilation to prevent build-up of carbon monoxide, a potentially harmful gas produced by incomplete combustion. Regular maintenance and proper installation of the furnace are crucial for safety.

The release of carbon dioxide is called carbon dioxide emissions. This occurs when carbon dioxide gas is released into the atmosphere from various sources such as burning fossil fuels, deforestation, and industrial processes.

Yes, chacma baboons are omnivores. Their diet consists of a variety of foods including fruits, seeds, insects, small mammals, and occasionally other animals like birds or reptiles. They are opportunistic feeders and adapt their diet based on what is available in their environment.

The organisms that are involved in the movement of nitrogen between the air and soil and back to the air are plants and bacteria. When plants decompose they release nitrogen and bacteria fixes nitrogen back into the air.

Two types of stars that can form from nebula are main sequence stars, like our Sun, and giant stars, which are larger and brighter than main sequence stars. Main sequence stars fuse hydrogen into helium in their cores, while giant stars have expanded and evolved from the main sequence phase.

The monkey that is characterized by having a rainbow behind, as well as a colorful snout, is called the mandrill. This primate is closely related to baboons and is most commonly found on the African continent.

They do not belong to the same species. This is recognizable because in scientific names, the genus is first listed with a capital first letter (in this case, Papio). Next, the species name is listed uncapitalized (in this case, annubis and cynocephalus). It's written as "Genus species".

Mitochondria do not release carbon dioxide. Instead, they consume oxygen and produce carbon dioxide as a waste product during cellular respiration. Carbon dioxide is then released into the bloodstream and exhaled by the lungs.

When Carbon reacts with Oxygen then the Carbon will react with the Oxygen and produce Carbon Dioxide

Where C is Carbon

Where O is Oxygen

Where CO2 is Carbon Dioxide

Sorry, but in a chemical equation, you should never put an equals sign '=', because you will lose marks, or not get any marks at all, if you wrote it in an Exam/Test

Here is how it works:

C + O = CO2

You can find diagrams illustrating the process of burning coal and producing carbon dioxide in science textbooks, online educational resources, or websites dedicated to climate change and environmental science. These diagrams typically show the combustion of coal releasing carbon dioxide as a byproduct, contributing to the greenhouse effect and global warming.

they were used in border control because they were trying to stop illegal immigrints going from country to country;so the detectors monitor the level of co2 in the lorry and if it is over a certain number they searched the lorry

wolfiepagefan001

For a plant to live, it breathes in carbon dioxide. When a plant dies it still has to go somewhere if it isn't used, because the plant will start to decompose, so the carbon dioxide is released

The land, water, climate, plants, and animals of an area is referred to as an environment. You can use the word habitat to refer to the place where an animal or plant lives.

Tropical rainforests are considered the biome with the richest source of life in terms of both plants and animals. They have high levels of biodiversity and support a wide variety of species due to their warm and wet conditions.

Oxygen comprises 20.946% of air...

therefore, the amount of air that contains 450mL of oxygen is:

(450mL) / (20.946%) = (450mL) / (0.20946) = 2148mL

Paying attention to significant figures (3) the final answer is 2.15 L of air.

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Some teachers simplify the composition of air to contain only 20% oxygen.

If this is the case your answer becomes 2.25L of air.