Modify the following molecules so that they show the form that is dominant at physiological PH. a) cadaverine (b) octopamine

The prepared table and the formula and important uses of compounds listed is given in the table attached:

Sodium Chloride (NaCl), also known as table salt, is a chemical compound made up of one sodium (Na) ion and one chlorine (Cl) ion. It is a common seasoning and preservative in food and is also used in water treatment to remove impurities.

Calcium Carbonate (CaCO3) is a chemical compound made up of one calcium (Ca) ion, one carbon (C) ion and three oxygen (O) ions.

Sodium Bicarbonate (NaHCO3), also known as baking soda, is a chemical compound made up of one sodium (Na) ion, one hydrogen (H) ion, one carbon (C) ion and three oxygen (O) ions.

Potassium Nitrate (KNO3) is a chemical compound made up of one potassium (K) ion, one nitrogen (N) ion and three oxygen (O) ions.

Therefore, Diammonium Phosphate (DAP) is a chemical compound made up of two ammonium (NH4+) ions and one phosphate (PO4) ion.

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Mass, moles and the use by firefighters are not sufficient to determine the identity of a substance. To identify a substance, more information such as chemical and physical properties, chemical reactions, and spectral data are typically required.

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Answer:

true

but it depends on their habitat and geographic location

Explanation:

hope this was helpful

Answer:

See below

Explanation:

The volume of the closed container that will hold 3.0 moles of this ideal gas at the same temperature and pressure is 6L.

Avogadro's law is used to predict what will happen to the volume of a sample of gas as we change the number of moles. Because V/n is a constant for any given sample of gas (at constant P and T).

The volume of an ideal gas is directly proportional to the number of moles of the gas in a container. Hence, the following expression can be used:

V₁/n₁ = V₂/n₂

Where;

2/1 = V/3

V = 6L

Therefore, a 6L closed container can be used to hold the 3 moles ideal gas.

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A robust and pure protein called alpha keratin can find harm in your hair.

Alpha keratin is a strong and pure protein that can hunt out damage in your hair. Once the damage has been located, it bonds to it and fills in any weak areas to make repairs. You'll have gorgeous, unbelievably healthy hair once it repairs damaged hair.

Proteins in the body include collagen (KOL-uh-jin). Numerous biological parts, including the hair, skin, nails, bones, ligaments, tendons, cartilage, blood vessels, and intestines, contain different forms of collagen.

Silk fibres are made up of proteins called fibroins. Even though the precise structural features of the huge, complex proteins that make up the many varieties of silk vary, all fibroins have a few traits. additionally see fibrous proteins.

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2,5-dimethylpyrazine (a) is an aromatic compound that contributes to the beautiful scent of bacon.

2,5-dimethylpyrazine is a compound that is known to contribute to the smoky, meaty aroma of cooked bacon. It is created by the Maillard reaction, which occurs when the sugars and amino acids in the bacon are heated, creating a complex mixture of flavors and aromas.

2-ethyl-3,5-dimethylpyrazine (b) is not an aromatic compound that contributes to the beautiful scent of bacon. It is a different compound that can be found in other food items, such as coffee, chocolate and roasted nuts.

So the answer is (a) and not (c) or (d)

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For the following aldehydes and ketones .1 , 4 , 5 are soluble and remaining are not very soluble . ether= CH3CH2OCH2CH3,diethyl ether. Ester= CH3COOCH3, ethyl hexanoate, methyl benzoate, remaining are neither ether nor ester

Aldehydes and ketones are two types of organic compounds that belong to a class of compounds known as carbonyl compounds. The defining feature of these compounds is the presence of a carbonyl group (C=O), which is a carbon atom double-bonded to an oxygen The general structural formula for an aldehyde is R-C(=O)-H, where R can be any organic group. Ketones, on the other hand, have the carbonyl group in the middle of the carbon chain and are characterized by the general structural formula R-C(=O)-R', where R and R' can be any organic group

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the complete question is:

classify the following aldehydes and ketones as soluble in water or not very soluble in water.

Drag the appropriate items to their respective bins.

Soluble Not very soluble

The mass percent of a component in a mixture is the ratio of its mass to the total mass multiplied by 100. The mass percent of salt in the mixture is 25.2 %.

The percentage composition of a component in a compound or mixture is the fraction of that component in the total amount of the mixture. Mass percent is a common term used to express the concentration of  a solution as well.

The mass percent  of a component in a mixture is the ratio of its mass to the total mass of the mixture multiplied by 100.

Given the mass of salt = 1.50 lb

mass of water = 4.45 lb

total mass = 1.50 + 4.45 = 5.95 lb

Mass percent of salt = mass of salt/total mass

                                  = 1.50 / 5.95 × 100 = 25%.

Therefore, the mass percent of the salt in the mixture is 25%.

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By bringing the wand close to the generator, you will alter the electric field, increasing the electric potential on the generator. More energy will then be dissipated in any arc or corona discharge.

Potential energy in physics is the energy that an item retains as a result of its position in relation to other objects, internal tensions, electric charge, or other elements.

Similar to this, when a spring is moved away from its equilibrium position, it gains some energy, which we can notice by the stress our hands experience when we stretch it.

Potential energy is a type of energy that arises from a change in its position or state, according to our definition.

The different types of potential energy are:

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A carbon atom that is joined to four separate atom kinds or groups is known as an asymmetric carbon atom.

Tryptophan is the only amino acid that has two rings on it. At pH 7.4, it looks like this,

You can see the chiral carbon highlighted. You can tell that it's an [tex]$s p^3$[/tex]carbon and that it has four different substituents on it [tex]( $\mathrm{H}, \mathrm{NH}_3^{+}, \mathrm{COO}^{-}$, and $\mathrm{CH}_2-$ stuff).[/tex]

Therefore it's chiral.

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Acids and alkalis have different chemical properties or reactions and even physical properties.

These properties are defined as those properties which become evident during or after a chemical reaction after the identity of the substance is changed during chemical reaction.

These properties cannot be determined externally just by viewing the substance ,these change immensely after a substance undergoes a chemical change.These are used for identification of unknown substances and for building up chemical classifications.

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Answer:

-2

Explanation:

10 ÷ (-5) = -2

If 75.0 g of water at 30.0°c absorbs 900 calories, the new temperature will be 42°C.

In thermodynamics, the specific heat of a substance (symbol cp) is the heat capacity of a sample of the substance divided by the mass of the sample, sometimes called the mass heat capacity. Informally, it is the amount of heat that must be added to a unit mass of a substance to cause a unit temperature rise. The SI unit for specific heat capacity is Joule/Kelvin/Kilogram, J kg⁻¹ K⁻¹. For example, it takes 4184 Joules of heat to raise the temperature of 1 kg of water by 1 K, so the specific heat capacity of water is 4184 J kg⁻¹ K⁻¹.

Q = mcΔT

1 Kcal. = 4184 J

0.9 K Cal. = 4184 × 0.9

0.9 K Cal. = 3765.6 J

3765.6 = 75 × 4.186 × ΔT

ΔT = 3765.6/(75 × 4.186)

ΔT = 3765.6/313.95

ΔT = 11.99

T₂ - T₁ = 11.99

T₂ = 11.99 + T₁

T₂ = 11.99 + 30

T₂ = 41.99°C

T₂ ≈ 42°C

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The complete question is as follows:

if 75.0 g of water at 30.0°c absorbs 900 calories, the new temperature will be ________.

A

following orbital diagrams reflects an atom not in the ground state

The ground state of an atom is the lowest energy level it is capable of occupying. This is the atomic energy level that would be regarded as typical.

The electrons in an atom are shown in pictures called orbital diagrams. Orbital diagrams may be created using three rules. Each electron resides in the lowest-energy orbital, in accordance with the Auf Bau Principle. Only two electrons can fit into a single orbital, according to the Pauli Exclusion Principle.

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The reaction between strontium hydroxide and chloric acid produces: D) a molecular compound and a strong electrolyte. It is solved using the concept of acid-base.

The neutralization process, which produces a salt and water molecule, occurs when an acid and a base interact. Here, the reaction between the acids chloric acid and strontium hydroxide produces strontium perchlorate and two moles of water. The strong electrolyte strontium perchlorate entirely dissociates in one direction, similar to sodium chloride. Both strontium hydroxide and chloric acid are powerful acids and bases. According to Pearson's Hard Soft Acid Base Concept, ionic complexes are created when hard acid and hard base mix. Ionic complexes often completely dissociate and are thus regarded as strong electrolytes (in the present case Strontium perchlorate).

As far as we are aware, Sr is a group 2 alkaline earth metal. Because it produces basic oxides, when it reacts with acid, salt and water are produced. Since SrO is also a basic oxide in this instance, it may react with acids like HClO₄ (chloric acid) to produce salt and water.

Thus, it will form one molecular compound that is  H₂O and one strong electrolyte that is Sr(ClO₄)₂.

The reaction is as follows:

SrO  + 2HClO₄  →   Sr(ClO₄)₂  +  H₂O

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The plot of the pH of the analyte solution vs the quantity of titrant applied over time is known as a titration curve.

Important information can be gleaned from a titration curve's shape, which is a plot of pH against the quantity of acid or base added. The titration of a strong base given to a strong acid that starts out with a low pH is shown in the diagram i. The titration of a strong acid applied to a strong base at a high pH is shown in diagram ii. The titration of a strong base added to a weak acid, which starts out with a low pH but is in the buffer region, is shown in diagram (iii).  As there are many H+ ions present, the titration of a strong base added to polyprotic acid is shown in steps in diagram (iv).

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Three oxygen atoms, one nitrogen atom, and one each of hydrogen and oxygen make up each nitric acid molecule.

Three oxygen atoms, one nitrogen atom, and one each of hydrogen and oxygen make up each molecule of nitric acid. One of the oxygen atoms and the central nitrogen atom in HNO3 molecules are doubly bound. With the core nitrogen atom and a hydrogen atom, two additional oxygen atoms are singly linked.

The solution, however, demands the assumption that HNO2 only has one single bond (NO) and one double bond (N=O), and that these two bonds are not equivalent.

In HNO3, also known as nitric acid, H+ and NO3 ions are present in an aqueous solution of NO2 (nitrogen dioxide). Also triangular and flat in shape is the NO3 ion. So, nitric acid has a triangular planar form.

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There are 7.4 x 10²² molecules of methane in 0.123 mole of methane (ch4).

Methane is a substance that has the chemical formula CH4 (one carbon atom bonded to four hydrogen atoms). It is the simplest alkane, a group-14 hydride, and the primary component of natural gas. Methane is very abundant on Earth, making it an economically appealing fuel, but due to its gaseous nature at standard temperatures and pressure, its capture and storage present technical problems. Methane is a naturally occurring gas that can be found underground and beneath the bottom.

A mole is a measurement unit for numerous particles (atoms, molecules, and ions), where 1 mole equals the number of particles in a substance as the number of atoms in 12 grams of C-12.

1 mole [tex]= 6.02*10^{23}[/tex] particles  

Can be formulated :

N = [tex]n *[/tex] No

N = number of gas particles  

No = Avogadro number ([tex]6.02*10^{23}[/tex])  

n = number of moles  

Input the value :

N [tex]= 0.123 * 6.02*10x^{23}[/tex]

N [tex]= 7.4 * 10^{22}[/tex]

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Two peaks can be seen in the proton NMR spectra of the molecule below.

In order to ascertain the structure of a substance's molecules, proton nuclear magnetic resonance uses nuclear magnetic resonance with regard to hydrogen-1 nuclei inside its molecules. The preferred method for determining or validating the structure of organic molecules or those containing protons is H NMR. When compared to other nuclei, a solution-state proton spectrum may be obtained relatively quickly, and it contains a wealth of knowledge regarding a compound's structure. Because proton spectra are considerably easier to acquire than carbon spectra, H NMR spectroscopy is employed more frequently than 13C NMR. Since just 1% of carbon atoms have the 13C isotope, it is challenging to find.

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The hydronium ion concentration of an acid rain sample that has a pH of 3.45 is 3.55 × 10-4 M.

Given the pH of hydronium ion = 3.45

The hydronium ion concentration can be calculated from the pH using the exact opposite mathematical procedure. The conjugate acid of H2O is H3O+. In aqueous solutions, a proton is denoted by the symbol H3O+. The proton would create a different structure in a non-aqueous solution. H2O(l) → H+(aq) + OH-(aq).

Because hydrogen ions bond to water molecules to generate hydronium ions, the equations pH = -log[H3O+] and pH = p[H3O+] can be used to compute a solution's pH.

pH + pOH = 14 then [H+] = 10^-pH

So the concentration of hydronium ion = 10^-3.45 = 3.55 × 10-4 M

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The tripeptide val-gly-ser at pH 2 is composed of three amino acids: Valine, Glycine and Serine. The overall structure is shown below:

Molecules are the smallest unit of matter that can exist and still retain the properties of the material from which it came. Molecules are made of two or more atoms that are bonded together. Each molecule has its own distinct characteristics, depending on the types of atoms it contains and the way they are bonded. Molecules are the building blocks of all matter in the universe, from the air we breathe to the food we eat.

Valine:
H2N-CH(CH3)-CH2-COOH

Glycine:
H2N-CH2-COOH

Serine:
H2N-CH(OH)-CH2-COOH

The overall structure of the tripeptide val-gly-ser at pH 2 is shown below:

H2N-CH(CH3)-CH2-COOH  ------  H2N-CH2-COOH  ------  H2N-CH(OH)-CH2-COOH

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1) Propanyl chloride is an acid chloride. This propanyl chloride on reaction with LiAlH4 and H3O+ yield corresponding alcohol. 2. Methyl propanoate on reaction with aniline yield corresponding amide. 3. Amide on hydrolysis yield carboxylic acid.

When methyl propanoate reacts with lithium aluminum hydride (LiAlH4), the carbonyl group of the ester is reduced by the hydride ion (H-) from LiAlH4 to form an alcohol. The final product of this reaction would be the alcohol derived from the acyl portion of methyl propanoate. When this alcohol is then treated with hydrochloric acid (HCl) or another acid, it will undergo a protonation, forming the corresponding alkyl carbinol. The final product of this reaction is the carbinol and the carboxylic acid derived from the acyl portion of methyl propanoate.The product of the reaction between methyl propanoate and LiAlH4 then H3O+ would be the following structure:

H3C-C(=O)-O-CH2-CH3

| |

H H2O

The product of the reaction is the Carboxylic acid derived from the acyl portion of methyl propanoate.

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A thermodynamic system's change in disorder or randomness is measured by a phenomena called entropy change.

The amount of thermal energy per unit of temperature in a system that cannot be used to carry out beneficial work is known as entropy. Since work is produced by ordered molecular motion, entropy also serves as a proxy for a system's molecular disorder or unpredictability.

Entropy Change is a phenomena that measures the evolution of randomness or disorder in a thermodynamic system. It has to do with the heat or enthalpy conversion that occurs during work. More randomness indicates a high entropy in a thermodynamic system.

The entropy grows from solid to liquid to gas, and by observing the phases of the reactants and products, you can determine if the change in entropy is positive or negative. Entropy will rise whenever there is a rise in gas moles.

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A tetrahedral is an object that has a central atom surrounded by four other atoms.

Bond angles of 109.5° are formed between each of the surrounding atoms and the centre atom. The tetrahedron, often known as a 3-simplex, is the three-dimensional manifestation of the more generic idea of a Euclidean simplex.

When four additional atoms are bound to the centre atom of a molecule, the geometry is known as tetrahedral. Tetrahedra have sp3 hybridised orbitals as their structure.

The centre atom in this scenario lacks a lone pair of electrons. The centre atom in this scenario lacks a lone pair of electrons. Complete response: Tetrahedral molecules are ones in which the centre atom is bound to four other atoms and lacks any lone pair of electrons. 

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The bubble thickness just as the last vestige of color vanishes and (b) the last color seen is 75.02nm

A pattern of conflict (plural interference patterns) The phase difference between two waves is depicted as a series of light and dark bands that vary in space. Thomas Young demonstrated how the interaction of two sources of light in the same medium results in an interference pattern.

In an interference pattern formed due to a thin film, the bright bands occur when constructive interference takes place. Constructive interference in a thin film is calculated as follows:

2nd = (m + 1/2)λ

d = (m + 1/2)λ/2n = (0+1/2)400nm/2(1.333)

d = 75.02nm

Here n is the refractive index of medium, 2 is the wavelength, m is the order, and d is the thickness of the film.

The wavelength of the light is considered 400 nm because the last color that appears is violet.

Therefore, the thickness of the film is 75.02 nm.

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A) CH3CO2 for the last C- sp2 hybridization.

B) PH4+ for P:  sp3 hybridization.

C) AlF3 for Al: sp3d2 hybridization.

D) H2C=CH-CH2+ for the last C:  sp hybridization.

What is hybridization  ?

Hybridization is the process by which atomic orbitals combine to form new hybrid orbitals with different energy levels and geometric shapes. These hybrid orbitals are used to form chemical bonds between atoms. The type of hybridization depends on the number of atoms and lone pairs of electrons surrounding the central atom in a molecule. Some common types of hybridization include sp3 (four orbitals), sp2 (three orbitals), and sp (two orbitals) hybridization.

A) CH3CO2- for the last C: The last C atom in CH3CO2- is bonded to one O atom and two C atoms. In order to form these bonds, the C atom needs to have three orbitals available for bonding, which means it is in sp2 hybridization.

B) PH4+ for P: The P atom in PH4+ is bonded to four H atoms. In order to form these bonds, the P atom needs to have five orbitals available for bonding, which means it is in sp3 hybridization.

C) AlF3 for Al: The Al atom in AlF3 is bonded to three F atoms. In order to form these bonds, the Al atom needs to have six orbitals available for bonding, which means it is in sp3d2 hybridization.

D) H2C=CH-CH2+ for the last C: The last C atom in H2C=CH-CH2+ is bonded to one H atom and one C atom. In order to form these bonds, the C atom needs to have two orbitals available for bonding, which means it is in sp hybridization.

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Answer:

Explanation:

The tank design of the truck is useful for transporting gas because it is able to hold large volumes of gas while taking up minimal space. The container is typically long and cylindrical in shape, allowing the gas to be compressed and stored in a smaller space.

If the truck were carrying a liquid, the container would likely be designed differently. Liquids take the shape of their container, so the container would need to be able to hold the liquid in an upright position without spilling. This could be achieved through the use of a tank with a closed top and a small opening at the bottom for dispensing the liquid.

For a solid, the container would also need to be designed differently. Solids have a fixed shape and volume, so the container would need to be able to hold the solid without crushing or altering its shape. This could be achieved through the use of a container with walls that are thick and sturdy enough to support the weight of the solid.

The product cyclohexanol with all hydrogen atoms is attached below.

A single hydroxyl group is added to cyclohexane to create the alcohol cyclohexanol. the ancestor of the cyclohexanol class. It plays the part of a solvent. It belongs to the class of cyclohexanols and is a secondary alcohol.

Cyclohexanol is a very weak acidic compound that is soluble in water (based on its pKa). Garden tomato (variety), okra, and sweet basil contain the chemical cyclohexanol, which has the flavors of camphor, menthol, and phenol. This property makes cyclohexanol a potential biomarker for the consumption of these foods.

When cyclohexanol is heated with phosphoric acid in a catalytic amount, the result is cyclohexene because water is eliminated during dehydration. The phosphoric acid's function is to protonate the alcohol (described in "step a" below), making it a useful leaving group.

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