what are the two main sources of excess co2 emitted by human activity? some of the carbon emitted by human activity goes into the atmosphere and remains there. where does the rest go?

NH4+ is the conjugate acid of NH3.

NH4+ is conjugate acid because it NOW has protons to release back to NH3 (base).

A conjugate acid, within the Bronsted–Lowry acid–base theory, is a chemical compound formed when an acid donates a proton (H +) to a base—in other words, it is a base with a hydrogen ion added to it, as in the reverse reaction it loses a hydrogen ion.

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Make sure to address each question. Just at negative electrode during the electroplating process BaI2, barium is created.

Chemical element barium (Ba), an alkaline-earth metal belonging to 2 groups (IIa) of the chemical chart. The substance is utilized in metallurgy, and pyrotechnics, petroleum, and radiology all make use of its constituents. Barium is indeed a dry, white, powdery powder that is combined with water to form barium liquid.

The oil and gas sectors use barium compounds to create drilling mud. By lubricating the drill, drilling mud makes drilling through rocks easier. Barium compounds are used to produce paint, bricks, tiling, glass, and rubber. Fireworks have a green color thanks to barium nitrate and clorate.

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According to VSEPR theory and hybridization of the molecule, the geometry and shape are trigonal planar and  107. 5 degrees.

In terms of genomics, the process of hybridization is the joining of two complementary single-stranded DNA and/or RNA molecules to create a double-stranded molecule. Base pairing must be appropriate for the two single-stranded molecules in order for the bond to form. A crucial step in many research and clinical laboratory methods is hybridization. In most cases, DNA is a double-stranded molecule. Through a process known as hybridization, the two strands bond to one another in a complementary way. Naturally, the new strand of DNA combines with the old strand when it is copied. In the lab, we may create tiny DNA fragments that are intended to check a cell for the presence or absence of specific DNA or RNA molecules.

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Taking into account the definition of atomic number and atomic mass, the correct answer is option a.: an atom of calcium-46 has 20 p. and 26 n.

First of all, all atoms are made up of subatomic particles: protons and neutrons, which are part of their nucleus, and electrons, which revolve around them.

The atomic number, also known as nuclear charge, represents the number of protons inside its nucleus and is represented by the letter Z.

The atomic mass (A) is obtained by adding the number of protons and neutrons in a given nucleus of a chemical element. That is, the mass number is the sum of the number of protons and the number of neutrons in the atomic nucleus:

Mass number = (number of protons) + (number of neutrons)

The atomic number provides the structure in which the elements are arranged on the periodic table. Therefore, it is possible to observe in the table that the atomic number of calcium is 20. Therefore, the number of protons of calcium is 20.

An atom of calcium-46 has a mass number of 46. Then, the number of netruons can be calculated as:

Mass number = (number of protons) + (number of neutrons)

46= 20 + number of neutrons

46 - 20= number of neutrons

26= number of neutrons

Then, the number of neutrons is 26.

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In the mentioned pair, the species

[tex] {Cu}^{2+} [/tex] is stronger Lewis acid.

To determine the strength of Lewis acid, firstly we need to understand the definition of Lewis acid. Based on definition, Lewis acid is an electron pair acceptor.

Now, interpreting the information of given species of Copper. The one positive sign indicates deficiency of one electron and two positive signs indicates deficiency of two electrons. Based on this, the [tex] {Cu}^{2+} [/tex] will require two electrons and hence will be stronger Lewis acid.

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The change in enthalpy is -1380 kJ. The amount of heat released or absorbed during a reaction that takes place under constant pressure is referred to as the enthalpy change.

The difference in enthalpy between the reactants and products is measured by the change in enthalpy of a reaction. The energies required to build new chemical bonds and break existing ones are what determine a system's enthalpy. The enthalpy change that occurs during a reaction is the heat that enters or exits the system. An important aspect that affects whether a reaction may occur is whether the enthalpy of the system increases (i.e., because energy is added) or lowers (i.e., because energy is given off). Enthalpy is a state function, therefore the amount of enthalpy that changes throughout a reaction depends only on two factors: the masses of the substances that are reacting and the physical states of the reactants and products. It is independent of how reactants are transformed into products.

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What is the change in enthalpy in kJ when 2.30 mol of Mg is completley reacted according to the following reaction

2Mg(s) + O2(g) > 2MgO(s)

Delta H = -1204 kJ

The electrons cannot consistently occupy their orbitals in certain electron configurations, which are impossible.

Chromium and copper are the two principal exceptions to the rule of electron configuration. An electron from the 4s orbital gets stimulated and climbs to the 3d orbital in these circumstances because a fully or mostly filled d sub-level is more stable than a partially filled d sub-level.

According to the Heisenberg uncertainty principle, it is impossible to know an electron's precise position and momentum at the same time. This is due to the fact that electrons cannot simultaneously have a fixed position and a velocity in one direction.

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Dots are used to indicate the positions of electrons surrounding the atoms in a molecule, while lines or pairs of dots are used to represent covalent connections between atoms in a Lewis structure.

The goal of creating a Lewis structure is to locate the molecules' lone electron pairs in order to establish how chemical bonds are formed. A group of two or more atoms bound together by the attractive forces known as chemical bonds is referred to as a molecule; depending on the context, the term may or may not include ions that meet this requirement. The distinction between ions and molecules is abolished in quantum physics, organic chemistry, and biochemistry. The electron (e or ) is a subatomic particle with an initial electric charge that is negatively one.

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Hydrogen bonds are formed between neighboring water molecules' hydrogen and oxygen atoms. The attraction between individual water molecules results in the formation of a bond known as a hydrogen bond.

A water molecule comprises two hydrogen atoms. Both of these atoms are capable of creating hydrogen bonds with the oxygen atoms of different water molecules. The greatest number of hydrogen bonds that can be formed by a water molecule is three.

The coordination geometry of oxygen is based on a tetrahedral arrangement of electron pairs, while water has four electron pairs. There are two lone pairings because there are only two bound groupings.

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There are a total of 10 valence electrons in the C2²⁻Lewis structure. Each carbon atom contributes four valence electrons, while the second atom adds two more for a total of 10 valence electrons. The two Carbon atoms' octets in the Lewis structure of C2²⁻ must be filled with a triple bond.

How many unpaired electrons are in C2²?

There aren't any unpaired electrons in it.

How many electrons are present in C2²?

Twelve electrons make up the C2 molecule.

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Assuming the substance represented by the heating curve has three phases (solid, liquid, and vapor) under atmospheric pressure, it is true that a stove burner will supply heat at a roughly constant rate.

What is a heating curve?

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The metal having the greater capacity for specific heat. A metal with a higher heat capacity will take more energy to raise its temperature by one temperature unit.

As a result, the heat capacity of two objects constructed of the same material but of different masses will vary. This is so because while specific heat is a property of every object constructed of the same material, heat capacity is a property of an object.

The metal with the highest specific heat will see the smallest temperature change.

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The brackets in the following equation [h3o+] × [oh-] = kw represent the molarity of the compound inside them.

This is a term which is used to express the concentration of a substance and it is referred to as the amount of a substance in a certain volume of solution. It is also usually expressed as the mass per unit volume of a substance in the form of moles.

On the other hand , kw is referred to as a measure of the strength of an acid or base and is also the equilibrium constant for the dissociation reaction of water.

The equation is given as  [h3o+] × [oh-] = kw in which the bracket represent the molarity of the compound inside them as it is an important factor in how a reaction occurs which is therefore the reason why it was chosen as the correct choice.

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CCL4 is the molecule in which we discover bond angles of 109.5°. Tetrahedral structure will be present in CCL4.

The core carbon atom and four chlorine atoms form four covalent connections in this molecule.

The colorless liquid known as carbon tetrachloride, which has the chemical formula CCl4, is an organic substance with a sweet odor that may be noticed even at very low concentrations.

When the temperature is lower, it is incombustible. It used to be widely employed in fire extinguishers as a cleaning agent and a predecessor to refrigerants, but it has since been phased out due to environmental and safety concerns.

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Chyme and pancreatic secretions are combined in the duodenum in an alkaline that is high in bicarbonate, which balances the chyme's acidity and serves as a buffer.Several digestive enzymes are also present in pancreatic secretions.

Duodenum.The small intestine gets digestive juices from the liver, gallbladder, and pancreas as well as other digestive system organs to assist in breaking down food.These organs' ducts feed into to the duodenum.

In reaction to acidic chyme, the duodenum releases secretin.

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Furan is an aromatic compound because it has a cyclic conjugated structure that allows the molecule to delocalize its electrons.

This delocalization gives the molecule a stable structure and makes it highly resistant to chemical reactions.

An aromatic compound is a type of organic compound that contains a ring of atoms with alternating single and double bonds. This ring is made up of carbon and hydrogen atoms and is held together by a special type of strong bond called a pi bond. Aromatic compounds are usually aromatic in nature, meaning they have a pleasant smell. Examples of aromatic compounds include benzene, toluene, and xylene.

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Helium two, S 22, and P 3 would make up the core in this situation. Outside the core, we have five Valence electrons. So five valence electrons would be our solution in this case.

The electrons in an atom's outermost electron shell are known as valence electrons. These are the electrons that take part in bonds and reactions since they are the ones that are farthest distant from the nucleus and hence aren't as strongly bound to the atom. This implies that an element's valence electron count also affects other properties, such as its electronegativity and the number of bonds it can form.

The ability of an element to create bonds with other atoms is referred to as valence. The number of hydrogen atoms an element can connect to (which is defined by how many valence electrons are available for bonding) has historically been used to establish an element's valence. For instance, carbon can form CH4, hence it has a valence of 4, and possesses four valence electrons. The valence of nitrogen, on the other hand, is 3, and it possesses 3 valence electrons since it can form NH3.

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The pH change for the given acidic buffer solution is 0.22.

HClO and ClO- is an acidic buffer, and with addition of HI, the concentration of acid increases while the concentration of salt decreases.

pH=pKa +log (salt/acid)

=7.54+log (0.326/0.369)

=7.54-0.05

=7.49

On adding Hydrogen iodide,

pH=pKa+ log((0.326-0.085)/(0.369+0.085))

=7.54+log (0.241/0.454)

=7.54-0.27

=7.27

Thus, the value of pH change cab be calculated as follows:

=7.27-7.49

=0.22

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The Lewis structure for bromoethane, C2H5Br, would be as follows:

       Br

      /

C - C - H

      \

       H

       H

       H

The carbon atoms are bonded to each other, with one carbon atom bonded to a bromine atom and the other bonded to three hydrogen atoms. The bromine atom has one lone pair of electrons.

Note: Lewis structures are used to represent the chemical bonds and lone pairs of electrons in a molecule. They are based on the sharing of electrons between atoms in a molecule, with each bond represented by a line and each lone pair of electrons represented by a pair of dots.

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The total change in 2 years is likely to be -3 2/3mg/L.

Here given that ,

They discovered that the chloride concentration changed by -1 3/5 mg/L the first year.

The chloride concentration is expected to change in -2 1/15mg/L over the next year.

To determine: What is the total change that is likely to occur in two years?

To find the solution,

During the first year, the chloride concentration changed by -1 1/3

= -8/5mg/L.

The chloride concentration will change in -2 1/15 = -31/15 mg/L  over the next year.

The total change that is likely to occur in the next two years is

-8/5 + (-31/15)

= (-24 - 31 ) / 15

= -55/15

= -11/3

-3 2/3mg/L in a mixed fraction.

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A volatile liquid is a liquid that readily evaporates and converts to gas. Volatile liquids are those that readily transition into their vapour state at a specific temperature.

At room temperature, a volatile liquid is one that vaporizes or evaporates quickly. Vaporizing liquids like ethanol, gasoline, and ether are examples of volatile liquids. Condensation, in which water vapour transforms into liquid water, is the opposite of evaporation. Steaming water evaporates into the atmosphere. The rate of evaporation is measured annually at several locations by the National Weather Service in the United States. The rate of evaporation was discovered by scientists there. Condensation, in which water vapour transforms into liquid water, is the opposite of evaporation. Steaming water evaporates into the atmosphere.

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A)CH4: Increase, H2S: Increase, CS2: decrease, H2: decrease, B )CH4: Increase, H2S: Increase, CS2: decrease, H2: decrease, c) CH4: no change , H2S: no change , CS2: no change , H2: no change  At the temperature the engineer picks, the equilibrium constant K, for this reaction is 1.8 x 10". The engineer charges ("fills") four reaction vessels with methane and hydrogen sulfide, and lets the reaction begin.

A)

Equilibrium Quotient expression is

Qp = p(CS2)*p(H2)^4/p(CH4)*p(H2S)^2

= (6.61^1)*(10.1^4)/(6.58^1)*(1.39^2)

=5.4*10^3

comparing Q and k, since Q is greater than K

reaction will move in backward direction

Answer:CH4: Increase, H2S: Increase, CS2: decrease, H2: decrease

B)

Equilibrium Quotient expression is

Qp = p(CS2)*p(H2)^4/p(CH4)*p(H2S)^2

= (6.75^1)*(10.63^4)/(6.44^1)*(1.12^2)

=1.1*10^4

comparing Q and k, since Q is greater than K

reaction will move in backward direction

Answer:CH4: Increase, hydrogen sulfide: Increase, CS2: decrease,H2: decrease

C)

Equilibrium Quotient expression is

Qp = p(CS2)*p(H2)^4/p(CH4)*p(H2S)^2

= (6.97^1)*(9.95^4)/(7.96^1)*(2.21^2)

=1.8*10^3

comparing Q and k, since Q is equal to K

Answer: methane : no change , H2S: no change , CS2: no change , H2: no change

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No, because it IS butane.

1-methylpropane says that: Three carbons are in the main chain ("prop-").

Thus, they are not different isomers (whether they're constitutional, conformational, stereochemical, etc). They are identical compounds.

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Filtration can be used to separate the water-soluble acetic acid from the aspirin. The limiting reagent will be salicyclic acid.

How can we determine the limiting reagent?

By dividing the volume of each solution by its molarity, you can determine how many moles of each reactant there are. By subtracting the number of moles of each reactant from its stoichiometric coefficient in the balanced chemical equation, you may determine which reactant is the limiting one.

How many grams of aspirin were created during the process of making it?

This resulted in an estimated value of 3.029 grams for crude synthesized aspirin. The final aspirin product's calculated mass after purification was 2.169 grams. A theoretical yield of 2.520 grams was computed.

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The substances required to complete each transformation. mCPBA [1] PBrs LiAIH4 [2] H2O PCC Pd-C-CrO3 H2 H2SO4, H2O A, H2O B, CH3 =CH2 H CH3, and KMnO.

Since the binding of reagents to the substance or other related substances causes certain reactions, reagents are frequently used to test for the presence of specific substances. Reagents and reactants are very different even if the terms are occasionally used interchangeably.

A chemical reaction's stated end point can be determined using indicators, which are also used to monitor hydrogen ion concentration (pH) or to signal that a desired change in pH has occurred.

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The average speeds v and molecular diameters d of five ideal gases are given below. the number of molecules per unit volume is the same for all of them. the collision rate the greatest for d) v = vo and d = 2do.

The ideal gas equation is given as :

P V = n R T

the collision is directly proportional to the molecular diameter and is inversely proportional to the velocity. the collision frequency depends on the temperature and concentration. the rate of collision is given as :

mean free path :

λ = (Rt )/ √2πd²Na P)

average velocity :

v = √8kT/ πm

v = λ / t

1/t = v /λ = (√8kT/ πm) /  (Rt )/ √2πd²Na P)

thus, the rate of collision depends on the temperature , pressure size ans mass of molecule.

The question is incomplete, the complete question is :

The average speeds v and molecular diameters d of five ideal gases are given below. The number of molecules per unit volume is the same for all of them. For which is the collision rate the

greatest?

A. v = v0 and d = d0

B. v = 2v0 and d = d0/2

C. v = 3v0 and d = d0

D. v = v0 and d = 2d0

E. v = 4v0 and d = d0/2

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The lewis structure shape of PF4+ is tetrahedral with the positive charge on phosphorus atom.

A Lewis Structure is a greatly condensed illustration of a molecule's valence shell electrons. It is used to display how the electrons are positioned around particular molecules' atoms. When two atoms are bonded together, electrons are depicted as "dots" or as a line. The tetrahedral that describes how atoms share electrons so that each atom has eight electrons in its outer shell. This idea is the foundation of a Lewis structure. An oxygen atom, as an illustration, has six electrons in its outer shell. The removal of one electron from its valence shell causes it to become positively charged. tetrahedral has four covalent connections, the central phosphorus atom is joined to four fluorine atoms. Therefore, Lewis Structure if we examine the phosphorous There are five valence electrons in phosphorus. It has four bonds at this place. There is no electron lone pair on the phosphorus atom in the PH+4 ion. It has a tetrahedral structure with a 10928′ bond angle. PH4+ assumes tetrahedral geometry with a bond angle of 109° 28' since there is no lone pair-bond pair repulsion and there are four identical bond pair-bond pair interactions.

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[tex]Al^{3+}[/tex] is considered as strongest lewis acid among the following.

A stronger acid, in contrast to a stronger Lewis acid, has a reduced [tex]pK_{a}[/tex] value and a stronger propensity to take a pair of electrons, according to Bronsted and Lowry. Therefore, it is possible to think of the ionization potential, electron affinity, electronegativity, and electrophilicity as indicators of a Lewis acid's strength.

Lewis acids are thought to be entities that lack electrons. Lewis bases are regarded as electron-rich species. More positive charge means more electron shortage, which increases acidity.

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Step 1: Use bond lines to draw the shape of 2-chlorohexan-3-ol.

Step 2: Find the centers of chirality.

C-2 and C-3 are the two chiral centers. So, there are 4 stereoisomers for each of the 22 molecules.

Step 3: Change the structure of the bond lines into four structures of wedge-dashes.

The combinations will be WW, WD, DW, and DD (W is a wedge, and D is a dash).

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Answer:

During most oil spills, seabirds are harmed and killed in greater numbers than other kinds of creatures. Sea otters can easily be harmed by oil, since their ability to stay warm depends on their fur remaining clean.