a tiny amount of magnesium chloride contains 150 magnesium ions and 300 chloride ions. the correct formula for magnesium chloride is

Answer:

The conditions that indicate an acidic solution at 25 °C are:

pH = 4.25

[H+] > 1.0 x 10^-7 M

[H+] > [OH-]

Explanation:

Answer:

Covalent bond

Explanation:

A covalent bond is a type of chemical bond where two or more atoms share electrons in order to form a bond between them. This bond results from the sharing of electrons in order to attain stability and full valence electron shells for each of the atoms involved. Covalent bonds are typically formed between non-metal elements and are known for their strength and stability.

Answer:

Covalent bond

Explanation:

A covalent bond is a type of chemical bond where two atoms share a pair of electrons in order to form a chemical bond. This bond is formed when the electron pair is shared equally between the two atoms, resulting in a stable and strong bond. Covalent bonds are typically found in compounds composed of non-metallic elements, such as oxygen, nitrogen, and carbon. These bonds are important in the formation of molecules and play a key role in biological processes.

3.85 grammes of a non-ionic unidentified substance are dissolved in 100.0 grammes of cyclohexane to create a solution. The solution's freezing point was 4.18 c. The molar mass is 186.

Kf of cyclohexane = 20.2 C0/m

ΔTf   =i* kf * m

   i= 1 for non-electrolyte

4.18  = 1*20.2*m

 m  = 4.18/20.2  = 0.207m

molality  = W*1000/G.M.Wt* weight of solvent

0.207   =  3.85*1000/G.M.Wt*100

G.M.Wt  = 3.85*1000/0.207*100  = 186g/mole

the molar mass of the unknown compound is 186

A substance's molar mass is its mass in grammes per mole of the chemical. A mole is 6.022 1023 molecules of any given chemical. A mole is a unit used to quantitatively quantify the size of the tiniest entities, much like how we use a standard number to compute many things, such as how a dozen equals twelve objects.

Everybody is interested in learning how many molecules are there in a given substance. In terms of size and mass, molecules and atoms are incredibly small. The weight of one sample mole is known as the molar mass. The molar mass is determined by adding the atomic masses (atomic weights) of each atom in the molecule.

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Answer: If you add acid to a solution the concentration of hydrogen ions (acidity) increases and the pH decreases.

Explanation:

Answer:

The acidity of a solution increases with increasing concentration of hydrogen ions (H+). The concentration of H+ in a solution determines the pH of the solution, with lower pH values indicating a more acidic solution.

Explanation:

Molarity of solution is 1.91moles/L ,molaity of solution is 1.91mole/Kg and mass percent of solution is  99.8%

Molality is a proportion of the quantity of moles of solute in an answer comparing to 1 kg or 1000 g of dissolvable. This differentiations with the meaning of molarity which depends on a predetermined volume of arrangement.An ordinarily involved unit for molality in science is mol/kg. An answer of fixation 1 mol/kg is likewise once in a while signified as 1 molal. The unit mol/kg expects that molar mass be communicated in kg/mol, rather than the standard g/mol or kg/kmol.

We know that molarity=number of moles of solute/volume of solution in liters.

Now,number of moles of NaCl=112/molecular mass of NaCl.

Molecular mass of NaCl is 58.5g

So,number of moles of NaCl=112/58.5g=1.91moles

Now,molarity=number of moles of NaCl/volume of solution in liters

=>molarity=1.91/1=1.91moles/liters.

Now,molality=number of moles of NaCl/ amount of solvent in grams

Here,solvent is water so,amount of solvent in 1000gm

So,molality =1.91/1000g=1.91/1kg=1.91moles/Kg

Now,mass percent of solution =(mass of solute/total mass of solution) ×100

Mass of solute is 112g and total mass of solution is 112+1000+10g=1122g

Therefore,mass percent of solution =(112/1122)×100=99.98%

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When additional free energy from the surrounding environment is needed for a reaction to continue, it is said to be endergonic.

A chemical reaction or process is referred to as endergonic if free energy must be added for it to proceed. In an endergonic reaction, the reactants and products have different energy levels, and the reaction needs an external energy source to break through the activation energy barrier. This energy intake may originate from heat, light, or chemical energy sources. Endergonic reactions can't happen on their own; they need an ongoing supply of energy to function. A few endergonic processes are protein synthesis, photosynthesis, and the dissociation of ATP into ADP and phosphate. In living things, energonic processes play a significant role in metabolism and energy transfer.

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In most cases, the formal element that contributes most to the viewer's awareness of the passage of time is the use of duration.

This can be achieved through various means, such as the duration of shots or scenes, the pacing of events, or the progression of the plot. For example, in a film or video, longer shots or scenes can create a sense of leisurely passing time, while quicker cuts or montages can convey a sense of accelerated time. In a musical composition, changes in tempo and rhythm can also contribute to the perception of time passing.Other formal elements, such as lighting and sound design, can also play a role in shaping the viewer's perception of time, but the most direct and significant influence is typically the use of duration.

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Answer: 20.16cm³ of CO₂ produced

Explanation: the equation for the reaction between carbon monoxide (CO) and oxygen (O2) is:

2CO (g) + O₂ (g) → 2CO₂ (g)

Given that 20 cm³ of carbon monoxide is reacted with 10 cm³ of oxygen. From the equation,

we can see that two molecules of CO react with one molecule of O₂to produce two molecules of CO₂

Since we have 20 cm³ of CO and 10 cm³ of O₂, we can calculate the number of moles of CO and O₂ as follows:

CO: 20 cm³ x (1 mole / 22.4 cm³) = 0.89 moles

O₂: 10 cm³ x (1 mole / 22.4 cm³) = 0.45 moles

Since two molecules of CO react with one molecule of O₂, the number of moles of O₂ is half the number of moles of CO. Since we have 0.45 moles of O₂, we can calculate the number of moles of CO₂ produced as follows:

0.45 moles x 2 = 0.9 moles

Finally, to find the volume of CO₂ produced, we can multiply the number of moles of CO₂ by the volume occupied by one mole of CO₂:

0.9 moles x 22.4 cm³/mole = 20.16 cm³

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Lowers your stomach ph from 2.0 to 1.8. aspirin only absorbs in its protonated state and has a pka of 3.0,very small percentage of the aspirin will be absorbed  given a stomach ph of 1.8.

The first step is to determine the ratio of protonated to deprotonated aspirin in the acidic environment of the stomach. This can be done using the Henderson-Hasselbalch equation, which relates the pH, pKa, and the ratio of protonated to deprotonated forms of a weak acid:

pH = pKa + log([A-]/[HA])

[HA]/[A-] = 10^(pH - pKa) = 10^(1.8 - 3.0) = 0.014

Therefore, only a very small percentage of the aspirin will be absorbed in its protonated form, and the majority will remain in the deprotonated form and be excreted from the body. This may decrease the effectiveness of the aspirin as a pain reliever or anti-inflammatory agent.

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A 0.280M solution of [tex]KBr[/tex] in 16.743 L where 13.0 g of [tex]AgBr[/tex] must be precipitated in order to from an [tex]AgNO3[/tex] solution with 0.490 mol

Given the concentration of [tex]KBr[/tex] = 0.280M

The mass of [tex]AgBr[/tex] = 13g

The number of moles of [tex]AgNO3[/tex] is = 0.490

The volume of [tex]KBr[/tex] required = V

The volume of a 0.280 m solution of [tex]KBr[/tex] needed to precipitate 13.0 g of [tex]AgBr[/tex] from a solution containing 0.490 mol of [tex]AgNO3[/tex] is calculated using the following equation:

[tex]KBr+AgNO3--- > AgBr+KNO3[/tex]

Volume (L) = (Moles * Molar Mass [tex]AgBr[/tex]) / (Molarity [tex]KBr[/tex])

Volume (L) = (0.490 * (107.8682)) / (0.280 mol/L)

Volume (L) = 16.743 L

As a result, 13.0 g of AgBr must be precipitated from a solution containing 0.490 mol of [tex]AgNO3[/tex] using 16.743 L of a 0.280 m solution of [tex]KBr[/tex].

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435.0 grams of ammonium nitrate is equivalent to 5.436 moles of the compound.To determine how many moles of ammonium nitrate are in 435.0 grams of the compound, we need to first determine the molar mass of ammonium nitrate and then use that value to convert grams to moles.

The molecular formula of ammonium nitrate is NH4NO3, which consists of one nitrogen atom, four hydrogen atoms, one oxygen atom, and three nitrogen atoms. To calculate the molar mass of NH4NO3, we can add up the atomic masses of each of these elements, taking into account the number of atoms of each element in the molecule.

The atomic masses are: nitrogen (N) = 14.01 g/mol, hydrogen (H) = 1.008 g/mol, and oxygen (O) = 16.00 g/mol.

Molar mass of NH4NO3 = (1 x 14.01 g/mol) + (4 x 1.008 g/mol) + (3 x 16.00 g/mol)

Molar mass of NH4NO3 = 80.04 g/mol

To convert 435.0 grams of NH4NO3 to moles, we can use the formula:

moles = mass (in grams) / molar mass

moles of NH4NO3 = 435.0 g / 80.04 g/mol

moles of NH4NO3 = 5.436 mol

Therefore, 435.0 grams of ammonium nitrate is equivalent to 5.436 moles of the compound.

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A water molecule typically stays in a living organism for a relatively short amount of time, typically a few minutes.

This is because water molecules are constantly being exchanged between different parts of the organism and the environment. Inside the organism, water molecules move in and out of cells, tissues and organs, and are also exchanged with the atmosphere. The process of exchanging water molecules between the organism and its environment is known as the water cycle. This cycle involves water molecules evaporating into the atmosphere, condensing, and then falling back down to Earth as rain or snow, where it is taken up by plants and animals, and then released back into the atmosphere. Water molecules are also exchanged between living organisms and their environment through diffusion, which is the movement of molecules from an area of higher concentration to an area of lower concentration. Therefore, even though a water molecule may stay in a living organism for a few minutes, it is constantly cycling through the organism and its environment.

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Ozone is a secondary pollutant, a secondary pollutant is a type of air pollutant that is produced as a result of chemical reactions between primary pollutants in the atmosphere.

Unlike primary pollutants, which are directly emitted into the atmosphere, secondary pollutants are formed through a series of chemical reactions between primary pollutants and other atmospheric compounds. Ozone is a secondary pollutant that is formed when primary pollutants such as nitrogen oxides (NOx) and volatile organic compounds (VOCs) react with each other in the presence of sunlight. Ozone is considered to be a secondary pollutant because it is not directly emitted into the atmosphere but instead is formed through chemical reactions involving primary pollutants. It's important to note that although secondary pollutants are not directly emitted into the atmosphere, they can still have significant impacts on the environment and human health. Ozone, for example, is a major component of smog and can cause respiratory problems, as well as damage crops and other vegetation.

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N₂ + 3H₂ →2NH[tex]_3[/tex] is the balanced equation. A balanced equation is indeed a chemical reaction equation.

A balanced equation is indeed a chemical reaction equation in which the overall charge and the amount of atoms for every element inside the reaction are the same for both the products and reactants.

In plenty of other terms, the mass as well as charge across both endpoints of the reaction are balanced.

N₂ + H₂ →NH[tex]_3[/tex]

Number of atom of nitrogen on reactant side is 2 while on product side it is 1.

N₂ + H₂ →2NH[tex]_3[/tex]

Number of atom of hydrogen on reactant side is 2 while on product side it is 6.

N₂ + 3H₂ →2NH[tex]_3[/tex]

Therefore, N₂ + 3H₂ →2NH[tex]_3[/tex] is the balanced equation.

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The final equilibrium temperature is approximately 247.7°C and the percentage of ice that melts is 50%.

The amount of heat transferred is given by the equation:

[tex]Q = m * c * \triangle T[/tex]

First, we need to calculate the amount of heat needed to melt the ice. The heat required to melt ice is given by the equation:

[tex]Q = m * L[/tex]

where L is the latent heat of fusion of ice, which is 334 J/g. Therefore, the heat required to melt 50 g of ice is:

[tex]Q = 50 g * 334 J/g = 16700 J[/tex]

the heat lost by the water is equal to the heat gained by the ice:

[tex]Q_{water} = -Q_{ice[/tex]

[tex]T_f = (Q_{ice}/m_{ice}c_{ice} + Q_{water}/m_{water}c_{water}) + T_i[/tex]

Plugging in the values, we get:

[tex]T_f = (16700 J / 50 g * 2.1 J/gC + 100 g * 4.2 J/gC * (25C - T_i)) + T_i[/tex]

Simplifying this equation, we get:

[tex]T_f[/tex] = (835°C/g + 4200 J/°C + 105000 J/g) / (100 g * 4.2 J/g°C)

[tex]T_f[/tex]= (104035°C/g) / (420 J/°C)

[tex]T_f[/tex]= 247.7°C

Therefore, the final equilibrium temperature is approximately 247.7°C.

To calculate the percentage of ice that melts, we can use the equation:

% ice melted = (mass of ice melted / initial mass of ice) * 100%

mass of ice melted = [tex]Q_{ice} / L[/tex]

mass of ice melted = 16700 J / 334 J/g

mass of ice melted = 50 g

Therefore, the percentage of ice that melts is:

% ice melted = (50 g / 100 g) * 100%

% ice melted = 50%

Thus, the percentage of ice that melts is 50%.

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Small nonpolar molecules, including O2 and CO2, are soluble withinside the lipid bilayer and consequently can effortlessly pass cellular membranes.

Small uncharged polar molecules, including H2O, can also diffuse via membranes, however large uncharged polar molecules, including glucose, cannot. Only the smallest molecules like water, carbon dioxide, and oxygen can freely diffuse throughout mobileular membranes. The shape of the lipid bilayer permits small, uncharged materials including oxygen and carbon dioxide, and hydrophobic molecules including lipids, to byskip via the mobileular membrane, down their awareness gradient, with the aid of using easy diffusion. The molecules that diffuse via the plasma membrane maximum quick are small, hydrophobic molecules including oxygen or carbon dioxide.

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Lactose intolerant individuals digest sucrose without any problems because it produces digestive enzymes from sucrose.

Generally, lactose-intolerant individuals only lack the lactase enzyme but may still produce the enzyme for digesting sucrose. For example, a milk allergy is the result of an immune reaction to one or more of the components of milk, such as the protein casein.

Lactose intolerance in our body when body can't break down or digest lactose. Lactose is a type of sugar that is found in milk and milk products. Basically, lactose intolerance happens when your small intestine does not make enough of a digestive enzyme called lactase. Lactase helps in breaking down the lactose in food so our body can absorb it.

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Answer: NaCl

Explanation: salt

The product of an acid-base reaction in an iconic compound is Salt and water.

A neutralization reaction is a reaction in which an acid and a base react in an aqueous solution to produce salt and water.

When a strong acid and a strong base are mixed, they react according to the following net-ionic equation:

H₃O⁺(aq) + OH⁻(aq) → 2H₂O(l).

An acid-base reaction is a type of reaction that is also known as a neutralization reaction. The reaction between NaOH and HCL to form salt and water is represented by the chemical equation:

HCL(aq) + NaOH(aq)  → NaCl(aq) + H2O(I)

HCl is the acid that reacts with NaOH which is the base. The product formed from an acid-base reaction is known as salt. The salt formed from the sample reaction is NaCl.

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The total change in entropy is equal to the sum of heat transfer (in Joules) divided by the absolute temperature (in Kelvin) of the system. In equation form, the total change in entropy (ΔS) is equal to the sum of heat transfer (Q) divided by the absolute temperature (T):  ΔS = Q/T.

Entropy is the measure of randomness in a macroscopic system. It is equal with the ratio of heat absorbed in Joules (Q) and the temperature at which the heat is absorbed in Kelvin (T). If one wants the entropy to decrease, they must transfer the energy from outside the system.

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The number of times a mole of Chromebooks will encircle the moon is  1.59 x 10¹⁶ times.

The number of times a mole of Chromebook will encircle the earth is determined by the length of a Chromebook.

The length of a standard-size school Chromebook is 11.6 inches.

One mole of Chromebook is 11.6 inches long or 0.2946 meters.

Avogadro's number is 6.022 x 10^23.

A mole of Chromebook will have a length =   0.2946 *  6.022 x 10^23.

So, the total length of a mole of Chromebook lined up end to end = 1.75 x 10^24 meters

The circumference of the moon is approximately 10,917 kilometers, which is equal to 10,917,000 meters.

The number of times a mole of Chromebooks will encircle the moon = 1.75 x 10^24/ 10,917,000

The number of times a mole of Chromebooks will encircle the moon =  1.59 x 10¹⁶ times.

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The correct notation for the element silicon is "Si".
Silicon is a chemical element with the symbol Si and atomic number 14.

It is a metalloid, meaning that it has properties of both metals and nonmetals. Silicon is the second most abundant element on Earth, after oxygen, and it is a major component of rocks, sand, and minerals. It is also a crucial element in many technological applications, particularly in the electronics industry, where it is used to make semiconductors, computer chips, and solar cells.

Silicon has a crystalline structure and is a hard, brittle, and blue-grey material. It is not found in its pure form in nature, but is instead obtained from the purification of silicon dioxide, which is commonly found in sand and quartz. Silicon is also found in various minerals, such as mica, feldspar, and talc.
Silicon has many unique properties that make it useful in various applications. For example, it is a semiconductor, meaning that its electrical conductivity can be controlled by adding impurities to it in a process called doping. This property is essential for the production of electronic components, such as transistors and diodes.

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The two major components, making up at least 3% each of the human body are Magnesium and Nitrogen.

Only six elements make up nearly all of the human body: oxygen, hydrogen, nitrogen, carbon, calcium, and phosphorus. The remaining mass is composed of sulfur, potassium, sodium, chlorine, and magnesium, which together make up around 0.85% of the total mass. These 11 components are all necessary components.

An adult's body has about 25 g of magnesium, with the majority of that amount found in soft tissues and 50–60% in the bones. Blood serum contains less than 1% of the total amount of magnesium, and these levels are closely monitored.

One of the primary elements in the body, nitrogen is necessary for the formation of various nitrogenous molecules, including hormones, neurotransmitters, and antioxidant defense components.

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The units that express specific heat capacity are J/(g°C), J/(gK), cal/(g°C), and cal/(gK). The J stands for joules, which is the SI unit of energy, g stands for gram, which is the SI unit of mass, °C stands for degrees Celsius, and K stands for Kelvin.

The cal stands for calorie, which is a non-SI unit of energy. Specific heat capacity is the amount of energy required to increase the temperature of a unit mass of a substance by one degree. It is usually expressed in joules per gram degree Celsius (J/g°C) or calories per gram degree Celsius (cal/g°C). The specific heat capacity of a substance is related to its molecular structure and the intermolecular forces that exist between its molecules. Substances that have strong intermolecular forces, such as those composed of molecules with multiple polar bonds, typically have higher specific heat capacities than substances with weak intermolecular forces, such as those composed of molecules with few or no polar bonds.

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Following are the the effect of each solution on the red blood cells as per the given information :

a) crenation

b) neither

c) hemolysis

d) crenation

e) neither

The behavior of red blood cells (RBCs) in different solutions can be determined by comparing the tonicity of the solution to the tonicity of the RBC.

A hypertonic solution has a higher solute concentration than the cell and will cause water to move out of the cell, leading to crenation (shrinking) of the RBC.

A hypotonic solution has a lower solute concentration than the cell and will cause water to move into the cell, leading to hemolysis (bursting) of the RBC.

An isotonic solution has the same solute concentration as the cell and will not cause any net movement of water.

Using this given information, we can determine the effect of each solution on the RBCs:

a) 4.19% (m/v) NaCl solution is hypertonic to the RBC, so water will move out of the cell and cause crenation.

b) 1.78% (m/v) glucose solution is isotonic to the RBC, so it will not cause any crenation or hemolysis.

c) Distilled H2O is hypotonic to the RBC, so water will move into the cell and cause hemolysis.

d) 7.6% (m/v) glucose solution is hypertonic to the RBC, so water will move out of the cell and cause crenation.

e) 5.0% (m/v) glucose and 0.9% (m/v) NaCl solution is isotonic to the RBC, so it will not cause any crenation or hemolysis.

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The observed phenomena is the result of a chemical interaction between aluminium and copper nitrate. The following happens when aluminium is added to a copper nitrate solution: 2Al + 3Cu(NO3)2 -> 3Cu + 2Al(NO3) (NO3) 3.

The inorganic substance copper nitrate solution has the vivid blue chemical formula Cu(NO3)2. It dissolves easily in water and easily separates into copper (Cu2+) and nitrate (NO3-) ions in solution. Copper nitrate solution is frequently employed in industrial processes like electroplating and as a catalyst in organic synthesis as well as laboratory studies. Moreover, it is employed in the manufacturing of a number of copper-based products, including copper oxide, copper hydroxide, and copper carbonate. While highly reactive, copper nitrate solution can be hazardous if handled improperly, especially when it comes into touch with combustible materials as this could result in the production of explosive compounds. As a result, it needs to be handled carefully and in a controlled environment.

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The ashes contain chemicals which have alkaline nature and the range of pH is from 10 to 12. Ashes are made up of atoms of different elements.

Ashes are defined as something which is left after burning or destroying some substances by fire. It is a greyish-white to black powder residue left when something is burned.

In the branch of analytical chemistry ashes are generally used to identify the mineral and metal content of the chemical samples. Ash is the non-liquid residue.

Ashes contain many atoms of the elements like carbon, calcium, magnesium, potassium, aluminium, phosphorous, etc.

Thus ashes are not remnants, it contains many atoms.

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a sample of trifluoroacetic acid, c2hf3o2, contains 88.9 88.9 g of oxygen, the mass of the trifluoroacetic acid sample is: 316.484 grams

The mass in grams of one mole of a chemical is its molar mass. A mole is the measurement of the number of things, such as atoms, molecules, and ions, that are present in a material. It provides you with the amount of grams per mole of a substance, to put it another way. The molar mass of a material is a bulk attribute rather than a molecular one. The fundamental units of matter are called atoms, and by joining atoms together, molecules are created. Chemists use the term "mole" because atoms, molecules, and other particles are all very tiny and require a large amount to even weigh them.

As we know,

1 mole of C₂HF₃O₂ contains 2 moles of oxygen

molar mass of C₂HF₃O₂ = 114.0 gm

atomic mass of 2 Oxygen = 32 gm

(114 / 32) = 3.56

grams of C₂HF₃O₂ = 88.9 x 3.56 = 316.484 grams

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Answer:

okay

Explanation:

Coconut, palm, mangroves, water lily, water mint, are a few examples of plants whose seed are dispersed by the water.

An electrovalent or ionic bond is a type of chemical bond that occurs between two atoms when one or more electrons are transferred from one atom to another. This results in the formation of two ions with opposite charges that are attracted to each other by electrostatic forces, forming an ionic bond.

Typically, an ionic bond occurs between a metal and a nonmetal. The metal atom loses one or more electrons to become a positively charged ion or cation, while the nonmetal atom gains one or more electrons to become a negatively charged ion or anion. For example, in the formation of sodium chloride (NaCl), sodium donates an electron to chlorine, forming Na+ and Cl- ions that are attracted to each other to form an ionic bond.

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Answer:

To calculate the volume of oxygen that will be required to burn 300 liters of ethane containing 5.8% non-combustible impurities, we need to determine the amount of pure ethane present.

Since the ethane contains 5.8% non-combustible impurities, 100 - 5.8 = 94.2% of the 300 liters of ethane is pure and can be burned.

The amount of pure ethane is 94.2% * 300 liters = 282.6 liters.

The stoichiometric equation for the complete combustion of ethane is:

C2H6 + 7O2 -> 4H2O + 6CO2

This equation tells us that for every molecule of ethane that is burned, 7 molecules of oxygen are required.

The volume of oxygen required for burning 282.6 liters of ethane is 282.6 liters * 7 = 1989.2 liters.

So, the volume of oxygen that will be required to burn 300 liters of ethane containing 5.8% non-combustible impurities is 1989.2 liters.

Assuming that the non-combustible impurities have no effect on the combustion of ethane, we can calculate the volume of oxygen required to burn 300 liters of ethane as follows:

Write the balanced chemical equation for the combustion of ethane:

C2H6 + 3.5 O2 -> 2 CO2 + 3 H2O

Determine the stoichiometry of the reaction, which tells us the molar ratio of ethane to oxygen required for complete combustion. From the balanced equation, we see that 1 mole of ethane reacts with 3.5 moles of oxygen.

PV = nRT

where P is the pressure of the gas, V is the volume of the gas, n is the number of moles of gas, R is the gas constant, and T is the temperature of the gas. Assuming standard temperature and pressure (STP), which is 1 atm and 0°C, we have:

n = PV/RT = (1 atm * 300 L)/(0.08206 Latm/molK * 273 K) = 12.5 moles of ethane

3.5 moles of O2 are required for 1 mole of ethane, so for 12.5 moles of ethane, we need:

12.5 moles of ethane * 3.5 moles of O2/mole of ethane = 43.75 moles of O2

V = nRT/P = (43.75 mol * 0.08206 Latm/molK * 273 K)/1 atm = 994.8 L of O2

Therefore, approximately 994.8 liters of oxygen will be spent on burning 300 liters of ethane containing 5.8% non-combustible impurities.