In which of the following reactions is mass and/or
charge not conserved?
A) H₂O → H+ + OH-
B) CIO2 + 2 H2O + 4e → Cl- + 4 OH-
C) H2SO4 + NaOH → Na2SO4 + H+ + 2 OH-
D) ZnCl + H₂O → ZnOH + H+ + Cl−
E) none of the above

1 mole of sodium (Na) atoms has a mass of 22.99 g. Therefore, 15 g of sodium contains 6.67e23 atoms of sodium.

Atom is the smallest and most basic unit of matter. It consists of a nucleus, made of protons and neutrons, surrounded by electrons in a cloud-like structure. Atoms are the building blocks of all matter and are the basis for the development of chemistry and other sciences. Atoms can form chemical bonds with other atoms, resulting in molecules and compounds. Atoms are extremely small, and it takes an electron microscope to observe them. They are also incredibly light, with an average atom weighing only one-trillionth of a gram.

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Approximately 16,946 grams of H₂ needs to be collected each month to produce 909 kg of water per year in the Sabatier Reactor.

The balanced chemical equation for the electrolysis of water is:

2H₂O(l) → 2H₂(g) + O₂(g)

From the equation, we can see that 2 moles of water produce 2 moles of H₂ gas. The molar mass of water is 18.015 g/mol, and the molar mass of H₂ is 2.016 g/mol.

To calculate the number of grams of H₂ that needs to be collected each month to produce 909 kg of water per year, we can use the following steps:

Calculate the number of moles of water produced per year:

909 kg/year x (1000 g/kg) / 18.015 g/mol = 50,471.5 mol/year

Calculate the number of moles of H₂ produced per year:

50,471.5 mol/year x 2 mol H₂/mol H₂O = 100,943 mol/year

Calculate the number of moles of H₂ produced per month:

100,943 mol/year / 12 months = 8,412 mol/month

Convert the number of moles of H₂ to grams:

8,412 mol/month x 2.016 g/mol = 16,945.9 g/month

Therefore, approximately 16,946 grams of H₂ needs to be collected each month to produce 909 kg of water per year in the Sabatier Reactor.

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LiAlH₄ contains H with an oxidation number of -1, K₂CO₃ and KMnO₄ contain O with oxidation numbers of -2 and -2, respectively, while Li contains +1, Al contains +3, K contains +1, C contains +4, S contains +6, and Mn contains +7 and K₂SO₄ also has O with oxidation number of -2

The oxidation number of an element is a measure of the number of electrons that an atom has gained or lost when it forms a chemical bond. To calculate the oxidation number of the elements in the following compounds, we follow the following rules:

The oxidation number of an element in its elemental state is always zero.

The sum of oxidation numbers of all atoms in a compound is equal to the charge on the compound.

The oxidation number of hydrogen is usually +1, except when it is combined with a metal, in which case it is -1.

The oxidation number of oxygen is usually -2, except when it is combined with a peroxide, in which case it is -1, or with fluorine, in which case it is +2.

Using these rules, we can calculate the oxidation numbers of the elements in the following compounds:

LiAlH₄:

The oxidation number of Li is +1.

The oxidation number of Al is +3.

The oxidation number of H is -1.

Therefore, the oxidation number of H in LiAlH₄ is -1.

K₂CO₃:

The oxidation number of K is +1.

The oxidation number of C is +4.

The oxidation number of O is -2.

Therefore, the oxidation number of O in K₂CO₃is -2.

KMnO₄ :

The oxidation number of K is +1.

The oxidation number of Mn is +7.

The oxidation number of O is -2.

Therefore, the oxidation number of O in KMnO₄  is -2.

K₂SO₄:

The oxidation number of K is +1.

The oxidation number of S is +6.

The oxidation number of O is -2.

Therefore, the oxidation number of O in K₂SO₄ is -2.

In summary, LiAlH₄ has H with oxidation number of -1, K₂CO₃ and KMnO₄ have O with oxidation number of -2, and K₂SO₄also has O with oxidation number of -2, while Li has +1, Al has +3, K has +1, C has +4, S has +6, and Mn has +7.

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NH₃, N₂, and H₂ are present in concentrations of 0.00144 mol/L, 6.75 x [tex]10^{-13}[/tex] mol/L, and 5.08 x [tex]10^{-2}[/tex] mol/L, correspondingly.

To determine whether the reaction will proceed in the forward or reverse direction, we can calculate the reaction quotient, Q, which is defined as the product of the concentrations of the products raised to their stoichiometric coefficients divided by the product of the concentrations of the reactants raised to their stoichiometric coefficients.

Q = [N₂] [H₂]³ / [NH₂]²

Plugging in the given concentrations, we get:

Q = (1.0 mol/L)² (1.0 x [tex]10^{-1}[/tex] mol/L)³ / (1.0 x [tex]10^{-3}[/tex] mol/L)²

= 1.0 x [tex]10^{13}[/tex]

Comparing Q to the equilibrium constant K, we see that Q is much larger than K, which means that the reaction will proceed in the reverse direction to reach equilibrium. In other words, some of the N₂ and H₂ will react to form more NH₂ until Q equals K.

To determine the equilibrium concentrations of NH₃, N₂, and H₂, we can use the equilibrium constant expression:

K = [N2] [H2]³ / [NH3]²

Rearranging and solving for [NH₃], we get:

[NH₃]² = [N₂] [H₂]³ / K

[NH₃] = √([N₂] [H₂]³ / K)

Plugging in the given concentrations and K, we get:

[NH₃] = 0.00144 mol/L

Similarly, we can find the equilibrium concentrations of N₂ and H₂:

[N₂] = K [NH₃]² / [H₂]³

= (3.0 x [tex]10^{-8}[/tex]) (0.00144 mol/L)² / (1.0 x [tex]10^{-1}[/tex]mol/L)³

= 6.75 x [tex]10^{-13}[/tex] mol/L

[H₂] = K [NH₃]² / [N₂]

= (3.0 x [tex]10^{-8}[/tex]) (0.00144 mol/L)² / (6.75 x [tex]10^{-13}[/tex] mol/L)³

= 5.08 x [tex]10^{-2}[/tex] mol/L

Therefore, at equilibrium, the concentrations of NH₃, N₂, and H₂ are 0.00144 mol/L, 6.75 x [tex]10^{-13}[/tex]mol/L, and 5.08 x [tex]10^{-2}[/tex] mol/L, respectively.

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Answer:

2508 Joules

Explanation:

See the attached worksheet.

The equation for heat transfer is:  q = mcΔT,

where q is energy, m is mass, c is the specific heat of the substance, and ΔT is the temperature change (T2 - Ti).  The specifric heat is a property of a substance that tells us how much energy it akes to raise a mass of that substance by 1 degree.  The untis of q can vary wildly, since there are many difference units measureing the same thing.  Heat is ofter in Jould (metric), but could also be measured in nuntis such as ergs.  Mass may be grams, kgrams, or other units,  Temperatures may be K, C, or even F.  All are valid, but the units must all match within the calculation.  In this case we are given units of grams, °C, and Joules.

q = mcΔT

q = (50g)*(4.18 J/g°C)*(32.5°C-20.5°C)

q = 2508 J

The two properties are used to identify clouds are atmospheric height and how they look like.

Often, factors like a cloud's height in the skies, texture, and the kind of "weather" it produces or doesn't generate are used to classify and identify it.

Thus, the two properties are used to identify clouds are atmospheric height and how they look like.

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Answer:

Copper has gained 2 electrons

Copper has been reduced

Explanation:

The oxidation state of Cu goes from 2+ to 0, meaning it gains 2 electrons (they each have -1 charge);

This is known as reduction

Pneumonic OILRIG:

Oxidation is Loss, Reduction is Gain

Oxidation is the loss of electrons

Reduction is the gain of electrons

Cu2+ gains 2 electrons, thus it is reduced

The formula for 504 grammes of C6H12 is 5.988630157885872 moles of C6H12, and the given molecule is C6H12 C 6 H 12. Twelve hydrogen atoms and six carbon atoms this molecule. The solution is therefore 84g/mol.

To precisely determine its molarity, n, of a material with such a mass m, m (in grammes), use the grammes into moles formula. M represents the substance's molar mass, and n = m / M.

The amount of moles per litre, denoted by the unit sign mol/L and mol/dm3 in SI units, is the most often used unit denoting molarity in chemistry. One mol/L of a solution's concentration is referred to as one molar, or 1 M.

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8. The number of molecules in 745 grams of C₁₄H₁₈N₂O₅ is 1.53×10²⁴ molecules

9. The mass of 5×10²⁵ molecules of Fe₂(SO₃)₃ is 29201.26 g

10. The mass of 6.30 moles of Ba₃(PO₄)₂ is 3786.3 g

The number of molecules present in 745 grams of C₁₄H₁₈N₂O₅ can be obtained as follow:

From Avogadro's hypothesis,

1 mole of C₁₄H₁₈N₂O₅ = 6.022×10²³ molecules

But

1 mole of C₁₄H₁₈N₂O₅ = 294 g

Therefore, we can say that

294 g of C₁₄H₁₈N₂O₅ = 6.022×10²³ molecules

Thus,

745 g of C₁₄H₁₈N₂O₅ = (745 × 6.022×10²³) / 294

745 g of C₁₄H₁₈N₂O₅ = 1.53×10²⁴ molecules

Thus, the number of molecules is 1.53×10²⁴ molecules

The mass of 5×10²⁵ molecules of Fe₂(SO₃)₃ can be obtained as follow:

6.022×10²³ molecules = 1 mole of Fe₂(SO₃)₃

But

1 mole of Fe₂(SO₃)₃ = 351.7

Therefore, we can say that

6.022×10²³ molecules = 351.7 g of Fe₂(SO₃)₃

Thus,

5×10²⁵ molecules = (5×10²⁵ × 351.7) / 6.022×10²³

5×10²⁵ molecules = 29201.26 g of Fe₂(SO₃)₃

Thus, we can conclude that the mass is 29201.26 g

The mass of 6.30 moles of Ba₃(PO₄)₂ can be obtained as follow:

Mole = mass / molar mass

6.3 = Mass of Ba₃(PO₄)₂ / 601

Cross multiply

Mass of Ba₃(PO₄)₂= 6.3 × 601

Mass of Ba₃(PO₄)₂= 3786.3 g

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The mechanism of the reaction have been described in detail in the answer that is below.

The reaction of pinacolone with piperonaldehyde in the presence of potassium hydroxide is a type of crossed aldol condensation reaction. Here is the stepwise mechanism:

Step 1: Deprotonation of piperonaldehyde

In the presence of potassium hydroxide, piperonaldehyde undergoes deprotonation to form the enolate ion of piperonaldehyde.

Step 2: Nucleophilic addition of piperonaldehyde enolate to pinacolone

The piperonaldehyde enolate acts as a nucleophile and attacks the carbonyl carbon of pinacolone, resulting in the formation of an intermediate compound.

Step 3: Proton transfer

In this step, a proton is transferred from the hydroxyl group of the intermediate compound to the adjacent carbon atom, leading to the formation of an enol intermediate.

Step 4: Tautomerization of the enol intermediate

The enol intermediate undergoes tautomerization to form a more stable keto form.

Step 5: Rearrangement and elimination

The keto form undergoes a rearrangement in which a hydrogen atom is transferred from the adjacent carbon to the carbonyl carbon, forming a β-hydroxyketone intermediate. This intermediate then undergoes elimination of a water molecule, forming a double bond and resulting in the formation of the final product.

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0.51 moles of N₂O₅ will produce 0.51 moles of N₂O.

What is Moles?

n chemistry, a mole is a unit of measurement that is used to express the amount of a substance. One mole of a substance is defined as the amount of that substance that contains the same number of particles as there are atoms in exactly 12 grams of carbon-12. This number, known as Avogadro's number.

The balanced equation for the reaction is:

N₂O₅ + H₂O → 2 HNO₃

From the equation, we see that 1 mole of N₂O₅ reacts to produce 2 moles of HNO₃. Therefore, we can use stoichiometry to calculate the number of moles of HNO₃ produced from 0.51 moles of N₂O₅:

0.51 mol N₂O₅ x (2 mol HNO₃ / 1 mol N₂O₅) = 1.02 mol HNO₃

So, 0.51 moles of N₂O₅ produces 1.02 moles of HNO₃.

Since 2 moles of HNO₃ are produced for every 1 mole of N₂O₅, we can use the same conversion factor to determine the number of moles of N₂O that would be produced:

1.02 mol HNO₃ x (1 mol N₂O / 2 mol HNO₃) = 0.51 mol N₂O

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Answer:

clarify

Explanation:

Molten iron and carbon monoxide are produced in a blast furnace by the reaction of iron(III) oxide (Fe2O3) and coke (pure carbon).

If 25.0 g of Fe2O3 are used, the number of atoms of iron that can be produced is determined using the balanced equation:

Fe2O3 + 3C → 2Fe + 3CO

Using the mole ratio from the equation, we know that for every 1 mole of Fe2O3 that is used, 2 moles of iron are produced.

We can then convert the 25.0 g of Fe2O3 to moles by using the molar mass of Fe2O3 (159.69 g/mol):

25.0 g Fe2O3 × (1 mol Fe2O3/ 159.69 g Fe2O3) = 0.1566 mol Fe2O3

And using the mole ratio, we can calculate the moles of iron produced:

0.1566 mol Fe2O3 × (2 mol Fe/ 1 mol Fe2O3) = 0.3132 mol Fe

Finally, we can convert the moles of iron produced to atoms of iron by using Avogadro's number (6.022 x 1023 atoms/mol):

0.3132 mol Fe × (6.022 x 1023 atoms Fe/ 1 mol Fe) = 1.878 x 1023 atoms Fe

Therefore, if 25.0 g of pure Fe2O3 are used, 1.878 x 1023 atoms of iron can be produced.

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Answer:

c

Explanation:

kenetic energy is energy an object has because it's in motion

The percent yield of the reaction is 37.2%. The theoretical yield, or maximum amount of product that can be produced based on the amount of limiting reagent utilized in the reaction, must first be ascertained in order to calculate the percent yield.

In chemistry, the percentage yield is used to compare the actual outcome of a reaction to the maximum outcome anticipated.

Several institutions place a high value on yield because past yield data enables them to forecast the number of students they will need to accept to order to reach their enrollment goal. Fewer pupils may be admitted if the school's yield rates historically have been high.

We can use stoichiometry to calculate the theoretical yield of p-nitro-toluene:

1 mole of toluene produces 1 mole of p-nitro-toluene

The molar mass of toluene is 92.14 g/mol, and the molar mass of p-nitro-toluene is 137.14 g/mol.

550.0 g of toluene is equivalent to 5.97 moles (550.0 g / 92.14 g/mol).

Therefore, the theoretical yield of p-nitro-toluene is:

5.97 moles of p-nitro-toluene = 5.97 moles of toluene

5.97 moles of p-nitro-toluene x 137.14 g/mol = 819.9 g

we can calculate the percent yield:

Percent yield = (actual yield / theoretical yield) x 100%

In the given experiment, the actual yield of p-nitro-toluene is 305 g.

Percent yield = (305 g / 819.9 g) x 100% = 37.2%

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The molar mass of barium phosphate to calculate the mass of barium phosphate produced is 48.26 g of Ba₃(PO₄)₂.

Molar mass is a term used in chemistry to refer to the mass of a single molecule of a substance. It is calculated by multiplying the atomic mass of each element in the molecule by the number of atoms in the molecule and then adding up the results.

Balancing the equation:
Ba + 3Cu + 4PO₄ -> Ba₃(PO₄)₂ + 3Cu
Since 5.84 g of barium is given, we can use the mole ratio between barium and barium phosphate to calculate the number of moles of barium phosphate produced.
Molar mass of barium = 137.33 g/mol
Molar mass of barium phosphate = 377.3 g/mol
5.84 g of barium = 5.84 g / 137.33 g/mol = 0.0427 mol of barium
Using the mole ratio of 1 mol Ba : 3 mol Ba₃(PO₄)₂, we can calculate the amount of barium phosphate produced:
0.0427 mol of Ba * (3 mol Ba₃(PO₄)₂ / 1 mol Ba) = 0.1281 mol of Ba₃(PO₄)₂
Finally, we can use the molar mass of barium phosphate to calculate the mass of barium phosphate produced:
0.1281 mol of Ba₃(PO₄)₂ * 377.3 g/mol = 48.26 g of Ba₃(PO₄)₂.

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Answer: 0.00135

Explanation:

The Avogadro's number is the number of particles (atoms, molecules, or ions) in one mole of a substance and is equal to 6.02 x 10^23. We can use this value to convert the number of molecules of CH4 into moles.

Number of molecules of CH4 = 8.11 x 10^20

Number of moles of CH4 = (8.11 x 10^20) / (6.02 x 10^23)

Number of moles of CH4 = 0.00135 moles of CH4 (rounded to five significant figures)

Therefore, there are approximately 0.00135 moles of CH4 in 8.11 x 10^20 molecules of CH4.

Answer:77.00 grams CO2

Explanation:

1.75 oles/1 mole  x 44 grams CO2= 77

(44 comes from the mass of 1 carbon and 2 oxygen)

Answer and Explanation: 1 mole of a gas, at STP, occupies a volume of 22.4L. Hence, 10L will contain 10L / 22.4mol/L = 0.446mol of gas.

The ground-state electron configuration of [tex]O^{2-}[/tex] is [He]2s²[tex]2p^{6}[/tex].[tex]2p^{6}[/tex]

The ground state is the state in which an atom is in its lowest energy state. The ground-state electron configuration of [tex]O^{2-}[/tex] is [He]2s²[tex]2p^{6}[/tex].

Oxygen anion, also known as oxide anion, is formed when oxygen gains two electrons to attain a negative charge. The electronic configuration of oxygen before gaining the two electrons is 1s²2s²[tex]2p^{4}[/tex].

When two electrons are added to oxygen, the resulting configuration becomes 1s²2s²[tex]2p^{6}[/tex]. However, to achieve a filled valence shell, the oxide ion has two additional electrons, resulting in a configuration of [He]2s²[tex]2p^{6}[/tex].

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The correct answer is (D) A) 198°C B) 22770 J. Equilibrium can be achieved in reversible reactions, where the reactants can form products and vice versa.

What is Equilibrium?

Equilibrium is a state of balance or stability in a system. In thermodynamics, it refers to a state in which the temperature, pressure, and concentration of the components of a system do not change with time. At equilibrium, the forward and reverse reactions occur at equal rates, and the system does not undergo any net change.

To solve this problem, we can use the principle of conservation of energy, which states that the total energy of a closed system is conserved, meaning that energy cannot be created or destroyed, only transferred from one form to another.

We can start by using the formula for heat exchange:

Q = mcΔT

where Q is the heat exchange, m is the mass of the substance, c is the specific heat capacity of the substance, and ΔT is the change in temperature.

For the aluminum chunk, we have:

Q_aluminum = (100.0 g) x (0.903 J/g°C) x (450.0°C - T_eq)

For the ethyl alcohol, we have:

Q_ethanol = (100.0 g) x (2.44 J/g°C) x (T_eq - 80.0°C)

At equilibrium, the heat exchange of the system is zero, so we can set Q_aluminum = -Q_ethanol and solve for T_eq:

(100.0 g) x (0.903 J/g°C) x (450.0°C - T_eq) = -(100.0 g) x (2.44 J/g°C) x (T_eq - 80.0°C)

Solving for T_eq, we get:

T_eq = 198.4°C (rounded to one decimal place)

This is the equilibrium temperature of the mixture.

Q_aluminum = (100.0 g) x (0.903 J/g°C) x (450.0°C - 198.4°C) = 22770 J (rounded to the nearest 10 J)

Q_ethanol = (100.0 g) x (2.44 J/g°C) x (198.4°C - 80.0°C) = 22770 J (rounded to the nearest 10 J)

So the total heat exchange of the system is:

Q_total = Q_aluminum + Q_ethanol = 2 x 22770 J = 45540 J (rounded to the nearest 10 J)

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Answer:

The leadership theory that Owen subscribes to is participative theory.

Participative leadership theory involves leaders who value and encourage the input and participation of their team members. This theory is also known as democratic leadership because it emphasizes the importance of collaboration and decision-making by consensus. In this approach, the leader encourages team members to share their ideas and insights to achieve the best possible outcomes.

Owen's behavior of asking for new ideas and suggestions from his team members and having staff meetings to collaborate and make decisions together is a clear indication that he values the input and participation of his team. Therefore, the leadership theory that Owen subscribes to is participative theory.

Answer:

solid dispersed in gas

Fog is a type of colloid in which tiny droplets of liquid, such as water, are suspended in a gas, such as air. Fog can be considered a liquid-in-gas colloid since the dispersed-phase droplets are composed of liquid, and the continuous-phase is composed of gas.

Other examples of colloids include smoke (solid particles dispersed within a gas), whipped cream (gas in a liquid), mayonnaise (liquid in a liquid), gelatin (solid in a liquid), and clouds (liquid in a gas).

Fog can be categorized according to the type of gas which is the continuous phase. For instance, water-in-air fog is the most common type, while smoke of air constitutes a solid-in-air colloid. Other types of fog include oil-in-air (liquid-in-gas colloid) and dust-in-air (solid-in-gas colloid).

Colloids form when particles of the dispersed phase are typically larger than 1 nanometer, yet small enough to remain suspended in the continuous phase due to Brownian motion or other forces. The particles remain suspended due to the attraction of the particles for each other (Induced Charge Electrophoresis) and for the carrier phase molecules.

Understanding colloids is important for a variety of applications, such as drug delivery, material engineering, food science, and wastewater treatment

Fog is an example of a colloid that has the phase of "liquid dispersed in gas."

When air becomes saturated with water vapour and condenses into minute water droplets close to the Earth's surface, fog is a natural meteorological occurrence.

Fog is a foggy mist formed when little liquid water droplets are scattered across the atmosphere.

A colloidal system is produced when liquid water droplets are suspended in the gas phase (air).

Thus, because these droplets are so tiny, they can hang suspended in the air for a long time, giving fog its distinctive appearance.

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Answer:

A. Some cities may be located at different altitude

C. Warm ocean currents bring warmer temperatures to coastal cities

D. Mountain ranges create the rain shadow effect

Explanation:

The climate in cities can differ due to several factors, including altitude, proximity to oceans or mountains, prevailing winds, and other geographical features. Thus, options A, C, and D are all correct. The type of people who live in a city, as stated in option B, is not a significant factor in determining climate.

Every fraction from crude oil contains hydrocarbons with a similar number of carbon and hydrogen atoms.

Hydrocarbons are organic compounds that are composed of hydrogen and carbon atoms. The number of carbon atoms in a hydrocarbon molecule determines its physical and chemical properties, such as its boiling point, density, and viscosity. The hydrocarbons found in crude oil can be separated into different fractions through a process called fractional distillation, which separates them based on their boiling points.

Each fraction typically contains hydrocarbons with similar carbon chain lengths, which can range from a few carbon atoms to over 50 carbon atoms.

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The element with lowest electronegativity, based on periodic trends, is Li. An atom's electronegativity is measured.

Atomic radius, ionisation energy, electron attraction, electronegativity, valency, and metallic nature are important periodic trends. Due to the periodic nature of the elements and their similar electrical configurations within their various groups or periods, these tendencies are present.

The number of protons on the nucleus, the number of energetic levels, & the shielding effect are three variables that aid in the prediction of trends in the periodic table. In any group, the atomic radii get larger from top to bottom.

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2 moles of hydrogen peroxide produces two moles of water. So 26 g of hydrogen peroxide gives 0.764 moles of water.

Here the given reaction is

H₂O₂ -----------> H₂O+O₂

The balanced reaction is as follows,

2H₂O₂ ---------> 2H₂O+ O₂

That means two moles of hydrogen peroxide will give two moles of water and a mole of oxygen. Here we have to find out the number of moles of hydrogen peroxide reacted.

26g of H₂O₂ takes part in the reaction.

Amount of substance = 26g

Molar mass of H₂O₂ = 34.014 g

Number of moles = Amount of H₂O₂/ Molar mass of H₂O₂

                             = 26/ 34.014 = 0.764

So 0.764 moles of H₂O₂ gives 0.764 moles of H₂O.

So, the number of moles of water produced = 0.764

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The complete question is given below.

2H₂O₂ -------> 2H₂O+ O₂

How many moles of H₂O will be produced from 26g of H₂O₂.

Answer:If 7.48 moles of KClO3 are consumed, 11.22 moles of O2 will be produced.

Explanation:

The balanced chemical equation for the reaction is:

2 KClO3 → 2 KCl + 3 O2

According to the stoichiometry of the balanced equation, for every 2 moles of KClO3 that react, 3 moles of O2 are produced. Therefore, the mole ratio of KClO3 to O2 is 2:3.

If 2 moles of KClO3 produce 3 moles of O2, then 1 mole of KClO3 will produce 3/2 = 1.5 moles of O2.

So, to find out how many moles of O2 will be produced when 7.48 moles of KClO3 are consumed, we can set up a proportion:

2 mol KClO3 / 3 mol O2 = 7.48 mol KClO3 / x mol O2

Solving for x, we get:

x = (3 mol O2 × 7.48 mol KClO3) / 2 mol KClO3

x = 11.22 mol O2

Therefore, if 7.48 moles of KClO3 are consumed, 11.22 moles of O2 will be produced.

amino acids form polymeric proteins, which are made up of many amino acid monomers linked together by peptide bonds.

Proteins are made up of amino acids, which are linked together by peptide bonds to form long chains known as polypeptides. Polypeptide chains can fold and interact with one another to form complex three-dimensional structures known as proteins.

Proteins range in size from small proteins made up of only a few amino acids to large proteins made up of thousands of amino acids. Protein regularity varies as well, with some proteins having highly repetitive sequences and others having more irregular structures.

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