which electronegativities do you subtract to find out if a bond is polar or not in a 3 element compoudn

The decomposition of hydrogen peroxide into water and oxygen is an exothermic reaction, and its value can be calculated using the enthalpy change. The enthalpy change is the amount of energy released or absorbed during a chemical reaction. In this reaction, the enthalpy change is -196 kJ, which means that the reaction releases 196 kJ of

energy when 2 moles of hydrogen peroxide are decomposed into water and oxygen at constant pressure.

Now, we need to calculate the value of q in kJ when 2.00 g of hydrogen peroxide is decomposed at constant pressure. The molar mass of hydrogen peroxide (H2O2) is 34.0147 g/mol. So, the number of moles of hydrogen peroxide can be

calculated as follows:

Number of moles of H2O2 = mass of H2O2 / molar mass of H2O2
Number of moles of H2O2 = 2.00 g / 34.0147 g/mol
Number of moles of H2O2 = 0.05878 mol

As per the balanced chemical equation, 2 moles of hydrogen peroxide are required to produce 2 moles of water and 1 mole of oxygen. So, the number of moles of water and oxygen produced can be calculated as follows:

Number of moles of H2O = 2 x 0.05878 mol = 0.11756 mol
Number of moles of O2 = 1 x 0.05878 mol = 0.05878 mol

The enthalpy change is -196 kJ per 2 moles of hydrogen peroxide. So, the enthalpy change per 1 mole of hydrogen peroxide can be calculated as follows:

Enthalpy change per 1 mole of H2O2 = -196 kJ / 2 mol
Enthalpy change per 1 mole of H2O2 = -98 kJ/mol

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Answer: 0.25 moles

Explanation:

To determine the number of moles of sodium sulfate that reacted, we need to first identify the limiting reagent in the reaction between barium nitrate and sodium sulfate. The balanced chemical equation for the reaction is:

Ba(NO3)2 + Na2SO4 → BaSO4 + 2NaNO3

The stoichiometry of the reaction tells us that one mole of barium sulfate is produced for every mole of sodium sulfate that reacts. Therefore, we can calculate the number of moles of sodium sulfate that reacted by dividing the mass of barium sulfate produced by its molar mass:

43.5 g BaSO4 × (1 mol BaSO4/233.4 g BaSO4) = 0.186 mol BaSO4

Since one mole of sodium sulfate reacts with one mole of barium sulfate, the number of moles of sodium sulfate that reacted is also 0.186 mol.

However, this is the number of moles of barium sulfate that was formed. To determine the number of moles of sodium sulfate that reacted, we need to use the stoichiometry of the balanced chemical equation. The ratio of the coefficients of sodium sulfate to barium sulfate in the balanced equation is 1:1. Therefore, the number of moles of sodium sulfate that reacted is also 0.186 mol.

The term mole concept is used here to determine the moles of sodium sulfate reacted. The moles of sodium sulfate formed from 43.5-grams of barium sulfate is 0.186 moles.

One mole of a substance is defined as that quantity of it which contains as many entities as there are atoms exactly in 12 g of carbon - 12. The formula used to calculate the number of moles is:

Number of moles = Given mass / Molar mass

Here the balanced equation is:

Ba(NO₃)₂ + Na₂SO₄ → BaSO₄ + 2NaNO₃

The stoichiometry of the reaction tells us that one mole of barium sulfate is produced for every mole of sodium sulfate that reacts. Therefore, we can calculate the number of moles of sodium sulfate that reacted by dividing the mass of barium sulfate produced by its molar mass:

43.5 g BaSO4 × (1 mol BaSO4/233.4 g BaSO4) = 0.186 mol BaSO4

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When a strong acid such as HCl is added to the carbonic acid buffer system, carbonic acid is converted into bicarbonate. The correct option is (A).

The carbonic acid buffer system is a mechanism that helps to maintain the pH of blood within the normal range. The carbonic acid buffer system works by regulating the concentrations of bicarbonate (HCO3-) and carbonic acid (H2CO3) in the blood.

When a strong acid like hydrochloric acid (HCl) is added to the carbonic acid buffer system, carbonic acid is converted into bicarbonate.

The bicarbonate is then able to bind with hydrogen ions (H+) from the strong acid, preventing a significant decrease in the blood pH.

This reaction can be represented as follows:

H2CO3 + HCl → HCO3- + H2O + Cl

This reaction is a simple equilibrium reaction. As more HCl is added, the concentration of bicarbonate increases as it is produced in the reaction. This increase in bicarbonate concentration helps to buffer the excess hydrogen ions from the strong acid, reducing its effect on the pH of blood.

Therefore, the answer to the given question is option A, carbonic acid is converted into bicarbonate.

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The VSEPR (Valence Shell Electron Pair Repulsion) theory is used to predict the shapes of molecules based on the arrangement of electron pairs around the central atom.

The VSEPR theory assigns a numerical value, called the "VSEPR number", to each central atom in a molecule.

The first digit of the VSEPR number corresponds to the number of electron pairs around the central atom that are involved in bonding. Specifically:

The first digit of the VSEPR number is used to determine the general electron pair geometry around the central atom, which is a crucial factor in determining the molecular geometry of the molecule.

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The partial pressure of F2 in a mixture of gases where the total pressure is 1.00 atm is 300 torr. The mole fraction is 0.149.

We need to calculate the mole fraction. The mole fraction is defined as the ratio of the number of moles of a component in a mixture to the total number of moles of all components in the mixture.The partial pressure of F2 is given to be 300 torr.

The total pressure is given to be 1.00 atm.

Partial pressure is the pressure exerted by one of the components of the mixture. It is defined as the product of the mole fraction and the total pressure.

The formula for mole fraction is:

nF2 / ntotal = partial pressure of F2 / total pressure

The mole fraction of F2 is given by:

nF2 / ntotal = (300 torr) / (1.00 atm) = 0.316

This is the mole fraction of F2. We need to find the mole fraction of the mixture.

The mole fraction of the mixture is given by:

nF2 + nO2 / ntotal

= partial pressure of F2 + partial pressure of O2 / total pressurenO2 / ntotal

= (1.00 atm - 300 torr) / (1.00 atm)

= 0.70nF2 / ntotal + 0.70 = 1.00nF2 / ntotal

= 0.30

The mole fraction of F2 is:nF2 / ntotal = 0.30

The mole fraction of the mixture is:

nF2 + nO2 / ntotal = nF2 / ntotal + nO2 / ntotal = 0.30 + 0.70 = 1.00

Therefore, the mole fraction of the mixture is 1.00. The mole fraction of F2 is 0.30. The mole fraction of O2 is 0.70.

We just use molar mass for FeF3 (129.9 g/mol) to calculate the number  moles in 3.5grammes of FeF3. Hence, just 3.5 x 129.9 = 4546.5 moles of FeF3 need to be multiplied.

An object's mass is determined by how much matter it has. Something that has more substance will weigh heavier overall. For instance, because an elephant contains more stuff than a mouse does, it has a heavier mass.

55.8+3⋅19=116 g/mole24 g116 g/mol=0.207 moles of FeF3

0.207 moles×6.022×23molecules/mole=1.2×1023molecules

A thing's mass is how much matter it contains. Using a balance, scientists frequently determine mass. A beam balance or perhaps an electronic balance can be used to measure the mass of solids directly. Measure a liquid's volume, then use the density table to determine the liquid's mass.

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The volume of 100% ethanol required to make 900 ml of 60% (v/v) solution ethanol in water is 540 ml.

To calculate the volume in ml of 100% ethanol required to make 900 ml of 60% (v/v) solution ethanol in water, you will need the following formula:

C1V1 = C2V2

Where C1 is the initial concentration of the solution (in this case, 100%), V1 is the initial volume of the solution (unknown), C2 is the final concentration of the solution (in this case, 60%), and V2 is the final volume of the solution (900 ml).

To solve for V1, we can rearrange the formula as follows:

V1 = (C2V2) / C1

Plugging in the values, we get:

V1 = (0.60 * 900) / 1.00

V1 = 540 ml

Therefore, you will need 540 ml of 100% ethanol to make 900 ml of a 60% (v/v) solution of ethanol in water.

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For each bond, there are two arrows that indicate the direction of bond polarity. The arrow represents the more electronegative atom, and it points to the partially negative end of the bond. The arrow points to the more electronegative element, and the partially positive end of the bond.

For example, in the hydrogen chloride (HCl) molecule, the more electronegative atom is chlorine, with an electronegativity of 3.16. Hydrogen, on the other hand, has an electronegativity of 2.2. As a result, the bond is polarized, and the electron density is shifted towards the chlorine atom. Therefore, the polarity direction of the H-Cl bond will be: H → Cl.

Bond polarity is essential to chemistry because it influences the way atoms interact with one another, the formation of chemical compounds, and the resulting properties. To determine the direction of bond polarity in a chemical formula, follow these steps:

Identify the two atoms involved in the bond. Determine the electronegativity values of both atoms. You can find these values in an electronegativity table or chart. Compare the electronegativity values. The atom with the higher electronegativity will have a stronger pull on the shared electrons, making it the more electronegative end of the bond.

Draw an arrow from the less electronegative atom (partial positive charge) to the more electronegative atom (partial negative charge). This arrow indicates the direction of bond polarity. This implies that the arrow that represents the bond polarity direction is from the less electronegative atom to the more electronegative atom.

Remember, the arrow always points towards the more electronegative atom in the bond.

Complete question: For Each Bond, Select The Arrow That Indicates The Direction Of Bond Polarity. F-CH3 H3C-NH2 Br—MgCH3

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The pressure exerted by oxygen gas, O₂, given that 90% of the total gas pressure is exerted by the nitrogen, is 0.5 atm

The following data were obtained from the question:

The pressure exerted by oxygen gas can be obtained as illustrated below:

Pressure exerted by oxygen gas = (percentage of oxygen gas / total percent) × total pressure

Pressure exerted by oxygen gas = (10 / 100) × 5

Pressure exerted by oxygen gas = 0.5 atm

Thus, we can conclude that the pressure exerted by oxygen gas is 0.5 atm

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The moon stays in orbit around the Earth because of the gravitational force between them.

Despite the Sun having a much larger mass than the Earth and the Moon, the gravitational force between the Earth and the Moon is stronger due to their proximity. The gravitational force of the Earth on the Moon is what keeps it in orbit around the Earth.

This is because gravity is proportional to the product of the masses of the two objects and inversely proportional to the square of the distance between them. Although the Sun has a much larger mass than the Earth, it is also much farther away from the Moon, so the gravitational force it exerts on the Moon is much weaker than the gravitational force of the Earth on the Moon.

Therefore, it is the combination of the Moon's velocity and the gravitational force of the Earth that keeps it in orbit around the Earth, despite the much greater mass of the Sun.

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Ion channels are classified as membrane transport proteins. Channels discriminate by size and charge.  

What are transport membrane proteins?

Transport membrane proteins are proteins that aid in the movement of molecules across the membrane. These transport membrane proteins come in various forms and serve various functions, including regulating molecules' passage. As a result, they play a vital role in cell homeostasis.

What are ion channels?

Ion channels are pore-forming proteins found in the membranes of all cells, which facilitate the diffusion of ions down their electrochemical gradient across the plasma membrane.

What is diffusion?

Diffusion is the random movement of particles from an area of higher concentration to an area of lower concentration. It is the primary mechanism of particle transport in cells.

How does ion diffusion work?

Ion diffusion is a type of passive transport that occurs spontaneously down an electrochemical gradient, from an area of high concentration to an area of low concentration, through a semipermeable membrane. It is facilitated by ion channels, which are membrane transport proteins that allow ions to move across the plasma membrane down their electrochemical gradient.

The charge and size of the ion channels determine the molecules that can pass through the membrane via these channels. Small ions like Na+ and K+ can pass through the ion channels easily, while larger ions cannot.

Na+ channels also permit the passage of K+ ions but not Mg2+ or Cl-.

Therefore, in addition to Na+, K+ is expected to freely diffuse through Na+ channels.

Answer: c) K+.

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The materials comes as It is deposited with sediment grains. (a)

The material used to make cement is composed of minerals found in sedimentary rocks. These sedimentary rocks are formed when sediment grains are deposited in layers and then hardened over time.

These sedimentary rocks can include sand, clay, and minerals such as calcite and gypsum. The sediment grains are the source of the material used to make cement.

The mixture is heated until it forms a paste-like material called clinker. The clinker is then ground into a fine powder, which is the cement we use for construction and other purposes.

So, cement is made from a mixture of these sediment grains, combined with water and other substances such as limestone, iron ore, and aluminum oxide. (a)

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Answer:

Approximately 3.375 moles.

Explanation:

1 mole of oxygen is about 15.9 grams. And if you divide 54 by 15.9, you get 3.375.

The mass of a glass marble, which is 3150 mg, is 0.315 centigrams. Therefore, the correct option is 3.15 cg.

A type of rock that is created from metamorphic rock composed mainly of carbonate minerals, particularly calcite or dolomite, is known as marble.

Marble is often used as a building material, and it has been used in sculptures for thousands of years. Marble has also been used for flooring, wall coverings, and countertops, among other things.

Marble is resistant to moisture, which makes it ideal for use in bathrooms and kitchens. It's also a great heat-resistant material, which is why it's used in fireplace surrounds and other applications where heat is present.

The marble surface is created by polishing or honing a marble slab. Honing roughs the surface of the stone, while polishing shines it to a high gloss.

Because of its visual appeal, durability, and ease of maintenance, marble is often used in high-end homes and commercial buildings.

It has a smooth texture that feels cool to the touch, making it ideal for hot climates because it keeps surfaces cool.

The substance is well-known for its attractive appearance, and it is frequently used in bathrooms and spas for its aesthetic

A metric unit of mass equal to one-hundredth of a gram (or 10−5 kilogram) is known as a centigram (cg). When determining the weight of objects or ingredients, the centigram is frequently used.

This unit is equal to 0.01 grams in the metric system. The abbreviation "cg" stands for centigrams. To convert a weight from milligrams to centigrams, simply move the decimal point two places to the left.

The formula for converting milligrams to centigrams is as follows: 1 milligram = 0.01 centigrams. As a result, the mass of a glass marble that weighs 3150 mg is equal to 0.315 centigrams.

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Answer: During chemical weathering, sodium is released as dissolved ions and transported to the ocean, where it increases the salinity of the seawater.

Salinity is a measure of the amount of salt in seawater. The greater the salinity, the more salt there is in the water. The salinity of seawater is expressed in parts per thousand (ppt). There are about 35 ppt of salt in seawater.

Chemical weathering is the breakdown of rocks by chemical reactions, resulting in the formation of new minerals. Water is the most common medium for chemical weathering because it can dissolve many minerals. Carbon dioxide, oxygen, and organic acids are also involved in chemical weathering.

Sodium is a common element in minerals that are subject to chemical weathering. When rocks weather, sodium ions are released into the water. Rivers and streams transport these dissolved ions to the ocean, where they accumulate over time.

This is why seawater has a high concentration of sodium ions. Sodium is also introduced into seawater through underwater volcanoes and hydrothermal vents.

Sodium is important for many organisms that live in the ocean. It is an essential nutrient for marine animals, and it plays a role in regulating the body fluids of fish and other aquatic animals. Sodium is also important for maintaining the pH of seawater.

The concentration of sodium in seawater can also have an impact on ocean currents and the movement of water around the world.


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Answer: Yes, the particles at the surface of a liquid behave differently from those in the bulk of the liquid. It is because of the different intermolecular forces that act on the surface particles in comparison to the bulk particles.

Surface tension is the force that holds the surface molecules of a liquid together. When a force is applied to the surface, the particles pull together and create a thin, strong layer. The surface molecules experience intermolecular forces from the molecules above and below them, but the ones below the surface experience more force from the molecules around them.

Because the surface molecules are more strongly attracted to each other than the molecules underneath, they behave differently. They are attracted to each other and form a strong bond that resists any force that might try to pull them apart. In contrast, the molecules in the bulk of the liquid experience less force from their neighbors and are more free to move around. This difference in behavior can be observed in several ways.

For example, the surface of a liquid tends to be flatter than the bulk of the liquid. This is because the surface molecules are more tightly bound and resist any tendency to form curves or bulges.

In addition, the surface molecules can evaporate more easily than the bulk molecules, leading to phenomena such as capillary action and evaporative cooling.



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The correct reduction half-reaction for the given chemical equation (Zn(s) + CuSO₄(aq) → Cu(s) + ZnSO₄(aq)) is:

Cu²⁺(aq) + 2e⁻ → Cu(s)

1. First, let's identify the species that are changing their oxidation states in the reaction. It's zinc (Zn) and copper (Cu).

2. Zn is undergoing oxidation, as it is losing electrons and forming Zn²⁺ in ZnSO₄. Cu²⁺ from CuSO₄ is gaining electrons and forming elemental copper (Cu).

3. Now, we'll focus on the copper half-reaction to find the reduction half-reaction. Reduction is the process of gaining electrons, so we need to identify the half-reaction where Cu²⁺ gains electrons.

4. The given reduction half-reaction is Cu²⁺(aq) + 2e⁻ → Cu(s), which represents the process where Cu²⁺ ions from the copper sulfate solution gain two electrons to form solid copper.

5. To confirm this, we can check the other options provided:

a. Ag⁺(aq) + Cl⁻(aq) → AgCl(s) - This is a precipitation reaction

b. Fe²⁺(aq) → Fe³⁺(aq) + e⁻ - This is an oxidation half-reaction involving iron

c. HF(aq) + OH⁻(aq) → H₂O(l) + F⁻(aq) - This is an acid-base neutralization reaction

So, the correct reduction half-reaction for the given chemical equation is Cu²⁺(aq) + 2e⁻ → Cu(s).

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If you conducted this coupling step under acidic conditions, you expect the reaction rate to be affected because at low pH values, the carboxylic acid is transformed into a more electrophilic species, which is easily attacked by the nucleophile, and the yield of the amide bond would be high.

In organic synthesis, coupling reactions are common, and they include the combination of a nucleophile with an electrophile to form a covalent bond. The coupling reaction between a carboxylic acid and an amine is a straightforward way to synthesize an amide in the presence of an activating agent (a molecule that can increase the electrophilicity of the carboxylic acid).

It is worth noting that there are various methods for synthesizing amides, including chemical and enzymatic methods. Coupling reactions are the most frequent chemical methods used for the synthesis of amides.

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The dashed lines in the illustration of the transition state of a reaction between BrCH3 and OH- represent partial bond formation and bond breaking.

The transition state is the highest energy point in a chemical reaction, where the reactants are transformed into products. In this transition state, the reactants are in a state of instability and are subject to significant energy changes. The transition state is the state at which the energy of the reactants is highest. When the reactants react and form products, the energy is decreased. The transition state is the point at which the reaction barrier must be crossed for the reaction to proceed.

The dashed lines in the illustration represent the partial bond formation and bond breaking that occur during the transition state. The bond formation is represented by the dashed lines going toward the Br and O atoms, which indicates that these atoms are beginning to share electrons. Meanwhile, the dashed lines going away from the Br-C and C-O atoms indicate the bond breaking that is occurring during the reaction. In general, the dashed lines represent the changing bond lengths and bond energies that are occurring during the transition state. This depiction of the transition state is an important tool for chemists to understand how reactions occur and how they can be optimized. Understanding the mechanism of a reaction can help scientists design more efficient and effective reactions, which can be used to synthesize a wide variety of compounds.

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The city of Pripyat, Ukraine, located approximately 2.5 miles away from the Chernobyl Nuclear Power Plant, was completely evacuated following the nuclear disaster of April 26th, 1986.

This city, which was home to nearly 50,000 residents at the time, remains a ghost town today. The Chernobyl Nuclear Power Plant was in the process of conducting a safety test at the time of the disaster, which involved shutting down the reactor and ensuring its safety systems were working. Unfortunately, a flaw in the reactor caused a chain reaction and led to a large amount of radiation being released into the environment.

The fallout from the disaster was massive, and the nearby city of Pripyat was severely affected. In response, the Ukrainian government ordered the entire city to be evacuated immediately. Over the course of three days, 50,000 residents were relocated to safer areas, leaving the city a ghost town. Today, Pripyat is still considered uninhabitable and is a popular tourist attraction. Tourists can explore the deserted city and observe the effects of the disaster firsthand.

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The volume of 2.230 m sucrose containing 0.7718 moles sucrose is 2.922 ml.

The volume of 2.230 m sucrose containing 0.7718 moles sucrose can be calculated using the following equation:

Volume (ml) = (Molarity (m) x Volume (L)) / Moles (mol)

Therefore, Volume (ml) = (2.230 m x 1L) / 0.7718 mol

Volume (ml) = 2.922 ml

The volume of 2.230 m sucrose containing 0.7718 moles sucrose, the molarity of sucrose needs to be known. Molarity is the amount of a solute that is present in one liter of a solution.

Molarity is typically expressed in terms of moles per liter (m). To calculate the volume, the equation (Molarity x Volume) / Moles is used. In this equation, Molarity is 2.230 m, Volume is 1L, and Moles is 0.7718 mol.

When these values are plugged into the equation, the resulting volume is 2.922 ml.

The volume of 2.230 m sucrose containing 0.7718 moles sucrose is 2.922 ml.

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Compounds are substances that are made up of two or more elements chemically bonded together.Option A: H2O and O2 are both compounds. H2O is water and O2 is oxygen, both of which are made up of two elements.

Option B: H2O, O2, and CH4 are all compounds. H2O is water, O2 is oxygen, and CH4 is methane, all of which are made up of two or more elements.

Option C: H2O and CH4 are both compounds, but O2 is not. H2O is water and CH4 is methane, both of which are made up of two or more elements. O2 is oxygen, which is not a compound since it is made up of a single element.

Option D: O2 and CH4 are both compounds. O2 is oxygen and CH4 is methane, both of which are made up of two or more elements.

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The formula of a compound composed of 6.00 g of carbon and 2.01 g of hydrogen is CH₄.

The atomic weight of carbon is 12.01 g/mol, whereas hydrogen's atomic weight is 1.01 g/mol.

The number of moles of carbon present in the compound = 6.00 g ÷ 12.01 g/mol = 0.499 mol.

The number of moles of hydrogen present in the compound = 2.01 g ÷ 1.01 g/mol = 1.99 mol.

To make the quantity of carbon and hydrogen equal, both quantities should be divided by 0.499. As a result, the following ratio is obtained:-

Carbon: 0.499 mol/0.499 mol = 1

Hydrogen: 1.99 mol/0.499 mol = 4

The ratio of carbon to hydrogen is 1:4, which corresponds to the formula CH₄. Thus, the formula of the compound is CH₄.

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Compounds that can undergo an addition and elimination reaction mechanism are OH and OCH3 since they are the ones that have a nucleophilic site or a leaving group.

The compounds that can undergo an addition and elimination reaction mechanism are listed below: OH - It is a hydroxyl group and is a nucleophile, which means it has an electron pair available for donation. OCH3 - Methoxy group, also known as OCH3, is a leaving group.

Addition reactions occur when two or more reactants combine to form a single product. They typically involve unsaturated compounds like alkenes or alkynes, which have double or triple carbon-carbon bonds. Elimination reactions, on the other hand, involve the removal of elements from a reactant to create a more unsaturated product, typically forming a double bond.

OH: This group represents an alcohol functional group. Alcohols can undergo elimination reactions, such as dehydration, to form alkenes.
OCH: This seems to be an incomplete functional group, as it is missing a carbon or hydrogen. If it's meant to represent an ether functional group (OCH3 or OCH2R, where R is an alkyl group), ethers generally do not undergo addition or elimination reactions.

In conclusion, without further information about compounds A, B, C, D, and E, we can only determine that a compound containing an OH functional group (an alcohol) can undergo elimination reactions, while the given OCH functional group does not undergo addition or elimination reactions.

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Thus, assuming there is reaction extra B, 3.60 mol of A will result in 9.00 moles  of Z.

According to the chemical equation, hydrogen gas is created when 1.0 mole of zinc combines with 1.0 mole of HCl. As a result, 3.0 moles of Zn react with 3.0 moles of hydrogen gas to form 3.0 moles of hydrogen gas.

The balanced chemical equation states that 2 moles of A and 3 moles of B combine to create 5 moles of Z.

The mole ratio of A to Z is therefore 2:5.

As a result, 3.60 moles of A will result in the following if 2 moles of A result in 5 moles of Z:

5 moles Z/2 moles A * 3.60 moles A = 9.00 moles of Z

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Functionalized hydrocarbons is not a subfamily of the hydrocarbon family. Therefore, the correct option is option C.

A hydrocarbon is an organic molecule in organic chemistry that is made completely of hydrogen and carbon. Examples of group 14 hydrides include hydrocarbons. The majority of hydrocarbons are colourless and hydrophobic; they occasionally have a mild odour that is comparable to that of petrol or lighter fluid. They can be gases (like methane and propane), liquids (like hexane and benzene), low melting solids (like paraffin wax and naphthalene), or polymers (like polyethylene and polystyrene). They also occur in a wide variety of chemical configurations and phases. Functionalized hydrocarbons is not a subfamily of the hydrocarbon family.

Therefore, the correct option is option C.

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The nature of the bond indicated in the diagram above would be the nonpolar covalent bond. That is option A.

A Nonpolar Covalent bond is defined as the type of chemical bond that is formed when electrons are shared equally between two atoms.

While polar covalent bond is defined as the type of chemical bond that is formed when electrons are shared unequally between two atoms.

For example, molecular oxygen (O2) is nonpolar because the electrons will be equally distributed between the two oxygen atoms.

Therefore the type of bond that is indicated in the diagram above is a nonpolar covalent bond.

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Answer: The initial concentration of Fe3 in the mixture is 8.95 mL.

The initial concentration of Fe3 in the mixture can be calculated using the equation: c1V1 + c2V2 + c3V3 = c, where c is the total molarity, V1, V2, and V3 are the volumes of the respective solutions, and c1, c2, and c3 are the initial molarities.

In this case, we have 20.0 ml of a 0.0800 M HNO3, 35.0 ml of a 0.0500 M KSCN, and 80.0 ml of a 0.0700 M Fe(NO3)3.

We can then calculate the initial concentration of Fe3 in the mixture as follows:

c = (0.0800 M * 20.0 mL) + (0.0500 M * 35.0 mL) + (0.0700 M * 80.0 mL)

c = (1.6 mL) + (1.75 mL) + (5.6 mL)

c = 8.95 mL

Therefore, the initial concentration of Fe3 in the mixture is 8.95 mL.


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