what 3 molecules are made from the process of cellular respiration?

One mole or 180 g of C₆H₁₂O₆ produces 6 moles or 264 g of CO₂. Then.,  88.62 g of the reactant will produce 129 g of CO₂ corresponds to 2.9 moles.

In cellular respiration process of plants plants consume oxygen to convert glucose into carbon dioxide and water as written in the reaction below:

[tex]\rm C_{6}H_{12}O_{16} + 6O_{2} \rightarrow 6CO_{2} + 6H_{2}O[/tex]

As per this balanced chemical equation, one mole of C₆H₁₂O₆ produces 6 moles of carbon dioxide.

Molar mass of  C₆H₁₂O₆ = 180 g/mol

molar mass of CO₂ = 44 g.

mass of 6 CO₂ = 264 g.

Then, mass of CO₂ produced by 88.62 g of glucose is calculated as follows:

(88.62 ×264)/180 = 129.9 g.

No.of moles in 129 g  = 129 /44 = 2.9 moles.

Therefore, the number of moles of CO₂ produced is 2.9 moles.

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the maximum amount of Fe that could be produced is 2 moles for the product if reactants Fe2O3 Al2O3

The maximum amount of Fe that was produced during the experiment can be determined by using the balanced equation of the reaction.

Fe2O3 + 2Al -> 2Fe + Al2O3

From the information given, we know that 3 moles of Fe2O3 and 5 moles of Al were used in the reaction. By using the stoichiometry of the reaction, we can determine the maximum amount of Fe that could be produced.

For every 3 moles of Fe2O3 that reacts, 2 moles of Fe are produced.

So the maximum amount of Fe that could be produced is 2 moles.

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The complete question is:

When a reaction was performed experimentally in the laboratory, the following data was collected.

Products of Reactants

Fe2O3 Al2O3 Fe 3 moles 5 moles?

Calculate the maximum amount of Fe produced during the experiment. Explain how you arrived at this figure.

Sulfur dioxide reacts with oxygen to produce sulfur trioxide the equation is 2SO₂ + O2 → 2SO₃ and SO₂ is the limiting reagent.

The limiting reagent is the reactant that regulates how much of the products are produced during a chemical reaction. It is occasionally found that there are too many of the other reactants present in the reactions because some of them persist after the limiting reagent has been entirely utilized.

20.0g SO₂ X 1 mol SO₂ / 64.066g SO₂ X 1 mol O₂ / 2 mol SO₂ X 32g O₂ / 1 mol O₂ = 4.99g O₂

Therefore, SO₂ is the limiting reagent due to only 4.99g O₂ would react with the 20g SO₂ given.  

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The percent yield of carbon dioxide if 126.1 g is collected when 372.7 g of marble reacts is 76.9 %

The reaction is given as :

CaCO₃  +   2HCl   ----->   CaCl₂  +  H₂O  +   CO₂

The mass of carbon dioxide = 126.1 g

The mass of the calcium carbonate = 372.7 g

The moles of calcium carbonate  = mass / molar mass

                                                 = 372.7 / 100

                                                 = 3.727 mol

1 mole of CaCO₃ produces 1 mole CO₂

Moles CO₂ = 3.727 mol

The mass of CO₂ = moles × molar mass

                             =  3.727 × 44

                             = 163.98 g

The percent yield of carbon dioxide = ( 126.1 / 163.98 ) × 100 %

                                                             = 76.9 %

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The number of moles of CO2 formed from the reaction would be 50 moles.

The reaction has to do with the combustion reaction of ethyne in oxygen to form carbon dioxide and water. From the balanced equation of the reaction below:

2C2H2(g) + 5O2(g) ==> 4CO2(g) + 2H2O(g)

The mole ratio of C2H2 to CO2 is 1:2. This means for every 1 mole of C2H2 that burns in adequate oxygen, 2 moles of CO2 will be produced.

Using this established mole ratio, the number of moles of CO2 that will be formed from 25.0 moles of C2H2 would be:

1 mole C2H2 = 2 moles CO2

25 moles C2H2 = 25x2/1

                          = 50 moles CO2

In other words, the number of moles of CO2 that will be formed from 25.0 moles of C2H2 is 50 moles.

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how many moles of CO2 are formed from 25.0 moles C2H2

2C2H2(g) + 5O2(g) ==> 4CO2(g) + 2H2O(g)

Answer:As the ball is at 70 degree celsius and the water is at 30 degree celsius, the heat flow will take place from the hot metal ball towards the water which is at low temperature.

Explanation:

Therefore,  there will be a decrease in the temperature of the metal ball.

The weather report this morning stated there is a thick fog in your town. Visibility is less than 500 feet.  0.1524 km in front of your vehicle can you see.

The same property is expressed using a unit conversion, but in a different unit of measurement. For instance, time can be expressed in minutes rather than hours, and distance can be expressed in kilometers, feet, or any other length unit instead of miles.

Multiply to change from a larger to a smaller unit. Divide to change from a smaller unit to a larger one.

We have to convert  500 feet to kilometers, and we can do it knowing

1 feet = 0.348m

1km = 1000m

500 feet  0.348m/ 1 feet 1km / 1000m

Hence:

500 feet = 0.1524 km

Thus, The weather report this morning stated there is a thick fog in your town. Visibility is less than 500 feet.  0.1524 km in front of your vehicle can you see.

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The relationship between the cleaner fish and the shark is a form of mutualism.

The correct option is C.

Mutualism is a partnership in which both species gain from one another. This connection might exist between two species or within a single species. Symbionts are the species with this association.

Mutualism is a sort of interaction in which neither the host nor the symbiont suffers any negative effects. The duration of this partnership could be either longer or shorter. The word "mutualist" denotes that the host and the tiny partner are the other participants involved in the mutualism.

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Complete question:

Cleaner fish feed on parasites in a shark's mouth and gills. This benefits the cleaner fish because they get a meal. This benefits the shark because it gets rid of parasites. Which of the following best describes the relationship between the cleaner fish and the shark?

a. parasitism

b. mutualism

c. commensalism

d. predation

The balanced chemical equation for the reaction of ammonia gas (NH3) with aqueous nitric acid (HNO3) to form aqueous ammonium nitrate (NH4NO3) is: NH3(gas) + HNO3(aqueous) → NH4NO3(aqueous)

The reaction of ammonia gas with aqueous nitric acid results in the formation of aqueous ammonium nitrate. Ammonia gas is represented by the chemical formula NH3 and is a gas at room temperature and pressure. Nitric acid is represented by the chemical formula HNO3 and is an aqueous solution at room temperature and pressure.

Ammonium nitrate is represented by the chemical formula NH4NO3 and is also an aqueous solution at room temperature and pressure. The balanced chemical equation for the reaction is:

NH3 (g) + HNO3 (aq) -> NH4NO3 (aq)

Which means that one molecule of ammonia reacts with one molecule of nitric acid to form one molecule of ammonium nitrate. This reaction is exothermic and releases heat. Ammonium nitrate is widely used as a fertilizer.

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At 303 K, 56% of the SO2Cl2 in a 2.00 mol flask of SO2Cl2 dissolves into SO2 and Cl2. At this temperature of 303 K, the Kc for this reaction is 1.58.

The decomposition of SO2Cl2 to SO2 and Cl2 is a reversible reaction. The equation for the reaction is:

SO2Cl2(g) <==> SO2(g) + Cl2(g)

We know that 56% of the SO2Cl2 has decomposed, so we can assume that the equilibrium constant, Kc, is less than 1. To calculate Kc, we will use the equilibrium concentrations of the reactants and products.

We know that the initial concentration of SO2Cl2 is 2.00 mol/2.00 L = 1.00 M, and that 56% of the SO2Cl2 has decomposed, so the equilibrium concentration of SO2Cl2 is 1.00 M * 0.44 = 0.44 M

The equilibrium concentrations of SO2 and Cl2 can be calculated by assuming that they are produced in equal amounts, so the equilibrium concentration of each will be 0.56 M (0.56 mol/L)

Kc is defined as the concentration of products raised to the power of their stoichiometric coefficients, divided by the concentration of reactants raised to the power of their stoichiometric coefficients.

Kc = [SO2][Cl2] / [SO2Cl2]^2

Kc = (0.56 M)^2 / (0.44 M) = 1.58

So the Kc for this reaction at 303 K is 1.58

It's worth noting that equilibrium constant, Kc, is not a constant but a function of temperature, concentration and pressure. The value of Kc for a reaction is different at different temperatures, pressures, etc.

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To calculate the number of moles- n = 8.33 g NH3 / 17.03 g/mol = 0.49 mol

Now, we can calculate the heat energy absorbed-

q = n * ΔH

q = 0.49 mol * (-46.19 kJ/mol) = -22.5 kJ.

The heat energy absorbed or released by the reaction of 8.33 g of NH3 is -22.5 kJ.

Heat energy is the result of the motion of tiny particles called atoms, molecules or ions. Heat energy can be repositioned from one object to another. The transfer or flow due to the disparity in temperature between the two objects is called heat.

The different types of Heat Energy are- radiation, conduction and convection.

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a. Possible genotypes are Rr and rr.

b. Possible phenotypes are round and wrinkled.

c. The probability of having an offspring that is round is 50%

d. The probability of having an offspring that is homozygous is 50%.

Round (R) is dominant to wrinkled (r). Recall that genotypes refer to the genetic composition of a trait while phenotypes refer to the physical expression of a trait.

Genotype of a heterozygous female = Rr

Genotype of a wrinkled male = rr

We are to cross Rr with rr:

          Rr    x    rr

       Rr   Rr   rr   rr

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The relative chemical shifts observed in the aromatic region of propiophenone are a result of two resonance structures. The chemical shift is a result of the electron distribution in both of the resonance structures, which is determined by the electron-withdrawing or electron-donating nature of the groups attached to the ring.

Resonance which is also known as mesomerism is a way of defining the bonding in certain molecules by the combination of various donating structures into a resonance hybrid in VBT (valence bond theory).

A resonance form is another manner of drawing a Lewis dot structure for any compound. Equivalent Lewis structures are called resonance forms. They are used when there is more than one way to place double bonds and lone pairs on atoms.

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Answer: B a heterogeneous mixture

Explanation:

The 5 pairs of the elements that have the similar chemical reactivity are :F and Br, Sr and Ca, P and Sb, O and S, Li and Rb.

1) The Fluorine F and Bromine Br are elements are from the halogen family. They are highly electronegative and exhibit similar reactivity.

2) Sr and Ca are belongs to alkaline earth metals. They are found in group II. Their oxidation state is +2.

3) P and Sb are belongs to the group 5 of the periodic table and they have the some similar chemical reactivity.

4) O and S are both nonmetals and they can be found in the group 6 with -2 oxidation state.

5) Li and Rb are belongs to the alkali metals, they form ionic bonds with the halogen family.

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An electric generator uses the rotation of giant magnets to create electricity, Therefore option C is the correct answer.

An electric generator is a widely used electronic device which is used in many types of power plants like hydro power plant, thermo nuclear power plant, etc. The generator converts the kinetic energy into electrical energy using electromagnetism. The electricity created by the generator is then sent to electrical outlets in people's households via power lines and poles.

The generator has a rectangular electromagnetic coil which rotates between the poles of a permanent magnet. When the coil is moved using kinetic energy (for example : high flow of water or steam), it creates an induced electric current in the coil due to the change in Magnetic flux, ultimately generating electricity.

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The heat that is absorbed by the object is 4.7 kJ.

We have to know that heat is absorbed or evolved when we heat an object up or when we cool it down. In this case, we have been told that  75 grams of water increases from 20 to 35 Celsius.

We ought to know that the specific heat capacity of water is about 4.2 J/g/°C and this information is very important.

Then we have;

H = mcdT

m = mass of the water

c = specific heat capacity

dT = temperature change

Thus;

H = 75 * 4.2 * (35 - 20)

H = 4.7 kJ

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One sodium ion is required to form an ionic compound with one chromate ion, the chemical formula is NaCrO4 .

Ionic compounds are formed when positively charged ions (cations) and negatively charged ions (anions) come together in a ratio that results in a neutral overall charge.

In this case, the chromate ion (CrO4²⁻) has a 2- charge, meaning it needs two positive charges to balance it out and form a neutral compound. Sodium (Na+) is a monatomic cation with a 1+ charge, so one sodium ion is required to balance the charge of one chromate ion.

The chemical formula for this ionic compound is NaCrO4. It's important to note that the ratio of cations to anions in an ionic compound is not always a 1:1 ratio, it can also be 2:1, 3:2 and so on.

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The moles that are there in 5.11 x [tex]{10}^2^4[/tex] atoms of palladium are approximately 8.48 moles of palladium, and it is obtained by dividing the palladium with Avogadro's number, which is 6.022 x [tex]{10}^2^3[/tex] atoms/mol.

The moles that are present in the substance can be calculated by dividing the Avogadro's number with the gram of palladium, and the calculation is given below.

=5.11 x [tex]{10}^2^4[/tex] atoms / 6.022 x [tex]{10}^2^3[/tex] atoms/mol

= 8.48

Hence, the moles that are there in 5.11 x [tex]{10}^2^4[/tex] atoms of palladium are approximately 8.48 moles of palladium, and it is obtained by dividing the palladium with Avogadro's number, which is 6.022 x [tex]{10}^2^3[/tex] atoms/mol.

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The Kastle-Meyer test is a presumptive test for blood, which uses the enzyme peroxidase to catalyze a reaction between hydrogen peroxide and a substrate called phenolphthalein, producing a pink colour.

The Kastle-Meyer test is based on the presence of peroxidase enzymes found in many plants, including potatoes, beets, and horseradish. These enzymes catalyze the oxidation of phenolphthalein, the indicator used in the Kastle-Meyer test, producing pink colour.

This is why these vegetables can produce a positive reaction even though no blood is present. It is important to note that this test is not specific for blood and should not be used as the sole evidence for the presence of blood in a sample.

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51.6 L of hydrogen is produced from the complete reaction of 56.49 g of magnesium metal at STP.

The reaction of 56.49 g of magnesium metal with hydrochloric acid produces hydrogen gas. To determine the volume of hydrogen produced at standard temperature and pressure (STP), we can use the balanced equation for the reaction, the molar mass of magnesium, and the ideal gas law.

The balanced equation for the reaction is:

Mg(s) + 2HCl(aq) -> MgCl2(aq) + H2(g)

We know that 56.49 g of Mg reacts and the molar mass of Mg is 24.30 g/mol: To find the moles of Mg:

moles of Mg = 56.49 g / 24.30 g/mol = 2.317 mol

As per the balanced equation, for every 1 mole of Mg, 1 mole of H2 is produced.

So, the number of moles of H2 produced is 2.317 mol.

The volume of 1 mole of a gas at STP is 22.4 L, so the volume of 2.317 mol of H2 at STP is:

Volume H2 = 2.317 mol x 22.4 L/mol = 51.6 L

Therefore, 51.6 L of hydrogen is produced from the complete reaction of 56.49 g of magnesium metal at STP.

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It will require 5 ml of concentrated acid to obtain a total volume of 50.0 ml of the dilute solution

                                      C₁V₁ = C₂V₂,

where C₁ is the concentration of the concentrated acid,

V₁ is the volume of the concentrated acid,

C₂ is the concentration of the dilute acid, and

V₂ is the final volume of the dilute acid,

The formula values are as follows:

                                V₁ = (C₂V₂)/C₁ V₁

                    = (0.286 M × 0.05 L)/3.00 M V₁

                                     = 0.005 L = 5 ml

Therefore, 5 ml of concentrated acid will be required to produce a total volume of 50.0 ml of the diluted solution.

A common method for achieving this concentration reduction is serial dilution. The rate at which a gas becomes diluted can be determined using the dilution equation. A type of illegal trademark use outside of the relevant market is known as trademark dilution.

The reference for antimicrobial susceptibility testing is the dilution process, which is used to demarcate the minimal inhibitory concentration of an antimicrobial to inhibit or kill bacteria or fungi.

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The empirical formula of bismuth chloride is Bi1 Cl8.9.The empirical formula of a compound is the simplest ratio of the atoms in the compound.

To determine the empirical formula of bismuth chloride, we need to determine the number of moles of each element present in the compound. First, we can find the number of moles of bismuth present in the sample by dividing the mass of the sample (0.687 g) by the molar mass of bismuth (208.98 g/mol): 0.687 g / 208.98 g/mol = 0.00327 mol .Next, we can find the number of moles of chlorine present in the compound by dividing the mass of the bismuth chloride obtained (1.032 g) by the molar mass of chlorine (35.45 g/mol): 1.032 g / 35.45 g/mol = 0.029 mol. To find the ratio of the atoms in the compound, we divide the number of moles of each element by the smallest number of moles calculated:0.00327 mol / 0.00327 mol = 1 (Bismuth) 0.029 mol / 0.00327 mol = 8.9 (Chlorine)Therefore, the empirical formula of bismuth chloride is Bi1 Cl8.9.

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A chain of amino acids that is coiled around and around in the shape of a spring is an example of secondary structure.

Secondary structure in proteins is the arrangement of amino acids in a chain that is coiled into a spring-like shape. This structure is important for proteins to function properly and can be altered by various factors, such as temperature and pH levels.

By understanding the secondary structure of a protein, researchers can better understand the protein's function and potential applications.

Amino acids, the building blocks of proteins, can form complex structures in the cell. One of these structures, known as secondary structure, is a coiled chain of amino acids that resembles a spring in shape.

This structure is an important part of the overall structure of a protein, as it contributes to its stability and function. Secondary structure is essential for proteins to perform their biological roles in the body.

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From the balanced reaction, it is clear that, 2 moles of Al (NO₃)₃ give 3 moles of Mg(NO₃)₂ . Then, 2.5 moles of  Mg(NO₃)₂ is produced by 1.6 moles of Al (NO₃)₃.

In the balanced chemical equation of a reaction, all the reactants and products are in prefect stoichiometric ratios.

The given reaction can be balanced as:

[tex]\rm 2 Al(NO3)_{3} + 2MgBr_{2} \rightarrow 3Mg(NO3)_{2} + 2AlBr_{3}[/tex]

As per the given reaction, 2 moles of Al (NO₃)₃ gives 3 moles of Mg(NO₃)₂. Then, number of moles of  Al (NO₃)₃ which produce 2.5 moles of Mg(NO₃)₂ is

(2.5 ×2)/ 3 = 1.6 moles.

Similarly, 2 moles of Al (NO₃)₃ gives 2 moles of AlBr₃. Then 0.78 moles of Al (NO₃)₃ is required to give 0.78 moles of the product.

2 moles of Al (NO₃)₃ reacts with 3 moles of Mg Br₂ .Therefore, 2.25 moles of Mg Br₂ is needed to react with 1.5 moles of Al (NO₃)₃.

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The fundamental frequency of sound in helium if the pipe is filled with it at the same temperature will be 766.13 Hertz.

A certain organ pipe which is open at both the ends, produces a fundamental frequency equal to 285 Hz in air. It can be considered that the length of the pipe is L. Its wavelength will be represented as:

λ = 2L -- (eq 1)

The frequency of sound will be given as

f = v / λ, where f is the frequency, v is the velocity of sound in air and λ is the wavelength. Replacing the value of λ from equation 1.

285 = 331.29/ 2L

L = 0.5812 m

Let us assume that v' is the velocity of sound in helium. Then,

v/v' = [tex]\sqrt{m'}[/tex]/[tex]\sqrt{m}[/tex] , where, m is the molar mass of air and m' is the molar mass of helium.

v' = 331.29/ 0.372

v' = 890.56 m/s

To calculate the fundamental frequency of sound is helium,

f' = v' / λ

f' = 890.56 / 2 × 0.5812

f' = 766.13 hertz

So, the fundamental frequency of sound is helium is 766.13 hertz.

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During the reaction, two moles of potassium chlorate are converted into two moles of potassium chloride and three moles of oxygen.

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If the actual yield of the reaction was 25 % rather than 100 % , then the number of molecules of O2 present after the reaction was over would be 1 molecules.

The limiting reactant is the reactant that runs out first and determines the theoretical yield of the reaction. In this case, NO is the limiting reactant.

To calculate the theoretical yield of O2, we need to know the molar ratio of O2 to NO2 in the balanced chemical equation. If 8 molecules of NO2 are produced, we can use the balanced equation to determine the number of molecules of O2 that should be produced.

2NO + O2 -> 2NO2

We know that for every 2 molecules of NO, 1 molecule of O2 is consumed and 2 molecules of NO2 are produced.

Therefore, if 8 molecules of NO2 are produced, the number of O2 that should be produced is:

8 molecules NO2 / 2 = 4 molecules O2

If the actual yield of the reaction is 25% instead of 100%, we can calculate the actual yield of O2 by multiplying the theoretical yield by the percentage yield:

4 molecules O2 * 25% = 1 molecule O2

So, if the actual yield of the reaction is 25% instead of 100%, then 1 molecule of O2 would be present after the reaction is over.

"

Complete question

If the actual yield of the reaction was 75% instead of 100%, how many molecules of O2 would be present after the reaction is over? The# of No2 molecules is 8 if it goes through completion and NO is the limiting reactant.

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