At a given temperature, solubility is the maximum amount of a substance that will dissolve in a given amount of solvent. Temperature and pressure are two direct factors that influence solubility. Temperature influences the solubility of both solids and gases, whereas pressure influences only the solubility of gases.
What are polar compound ?Polar molecules primarily attract water molecules via hydrogen bonding. They successfully compete with hydrogen bonds between water molecules, making them easily soluble in water.
Because nonpolar molecules lack regions of partial positive or partial negative charge, they are not electrostatically attracted to water molecules. When nonpolar substances are added to water, they remain separate and form layers or droplets rather than dissolving.
Thus, If molecules are non-polar, this means there are no dipoles or entire charges on the atoms in the compound.
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a diet recommends a protein intake of 22g per day If a burger contains 17.8% protein What size of burger in onces could be consumed in one day
1oz+28.35g
Dietary guidelines suggest 22g of protein per day. If a burger has 17.8% protein, a3 oz. (84 g) of food has the highest amount of protein. For mature women and men .
What is sufficient?
A is adequate to meet a certain need or condition. enough time. a sum of money sufficient to meet their necessities. also: excellent enough: of a good or respectable quality. Children who are growing should receive a sufficient amount of nourishment from the school lunch.
What exactly is nutrition?
It is the process through which the organism consumes food, uses it to produce energy for maintenance, growth, and repair, and then eliminates waste from the body.
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The equations and constants for the dissociation of three different acids are given below. HCO D H + CO, 2- H2PO. - D H + HPO, 2- HSO D H + SO, 2- Ka = 4.2 x 10-2 Ka = 6.2 x 10- Ka = 1.3 x 10-2 (a) From the systems above, identify the conjugate pair that is best for preparing a buffer with a pH of 7.2. Explain your choice. (5 pts) (b) Explain briefly how you would prepare the buffer solution described in (a) with the conjugate pair you have chosen. What ratio of base to acid would you use? (10 pts)
To prepare a buffer with a pH of 7.2, the best conjugate pair to use would be H2PO4- (acid) and HPO42- (base). To prepare the buffer solution, a solution of H2PO4- would be prepared and then neutralized. The ratio of base to acid would be 1.
(a) This is because the pKa of H2PO4- is 7.2, which is closest to the desired pH value of 7.2. A buffer solution consists of a weak acid and its conjugate base, and its pH is determined by the relative amounts of the two species present in the solution. By choosing a conjugate pair with a pKa value close to the desired pH, the buffer will be most effective in resisting changes in pH when small amounts of acid or base are added.
(b) To prepare the buffer solution, a solution of H2PO4- would be prepared and then neutralized with the appropriate amount of NaHPO4 (the salt of the conjugate base HPO42-). The ratio of base to acid would be determined by the desired pH and the pKa of the acid. The formula for the ratio of base to acid in a buffer solution is given:
[tex]Base/Acid = 10^{pKa - pH}[/tex]In this case, the desired pH is 7.2 and the pKa of H2PO4- is 7.2, so [tex]Base/Acid = 10^{7.2 - 7.2}[/tex] = 1. This means that equal amounts of H2PO4- and HPO42- would be present in the buffer solution.
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Identify the true statements regarding disulfide bridges (disulfide bonds). Include all that apply. a. Disulfide bridges are important to primary and tertiary structure, not quaternary b. Disulfide bridges have a stabilizing effect on proteins c. A disulfide bridge forms between two cysteine residues. d. Disulfide bridges can exist between two amino acid residues on the same chain. e. Disulfide bridges are formed by an irreversible oxidation reaction.
The correct statement about disulfide bridges (disulfide bonds) is C. A disulfide bridge is formed between the two cysteine residues.
What is a disulfide bond?Disulfide bonds are mainly covalent bonds between side chain residues in the same protein or may be different proteins thus forming between 2 cysteine residues.
Apart from peptide bonds, disulfide bonds are a different type of covalent bond, present in protein molecules. This bond is formed due to the oxidation of sulfhydryl or thiol groups (SH groups) derived from cysteine residues (non-essential amino acids). The disulfide bond is designated as RSSR1 and is also known as the SS bond.
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Give the IUPAC name of the following molecule:
Answer:
Methanol
Explanation:
The IUPAC name of the figure given above is methanol. It was bond of carbon and hydrogen elements.That chemical bond structure is named as methanol by IUPAC i.e international union of pure and applied chemistry.
a 25.0-ml sample containing cu2 gave an instrument signal of 25.2 units (23.6 units in 6th edition) (corrected for a blank). when exactly 0.500 ml of 0.0275 m (0.0287 m in 6th edition) cu(no3)2 was added to the solution, the signal increased to 45.1 units (37.9 units in 6th edition).
The molar concentration of Cu²⁺ is 6.964 x 10^-4 mol.
Calculate the number of moles of Cu(NO₃)₂ which was added to the solution. The number of moles is determined using the molar concentration formula which is given by:
C = n/V where C is the concentration of solution in mol/L, n is the number of moles of solute, and V is the volume of solution in L.
For Cu(NO₃)₂:
C = 0.0275 mol/L
V = 0.5 mL or 0.0005 L
Hence,
0.0275 = n/0.0005
n = 0.0275*0.0005 = 1.375 x 10^-5 mol
When the n is added to the signal increases from 25.2 units to 45.1 units. Hence, relating the number of moles to the signal,
1.375 x 10^-5 mol → 19.9 units (45.1 – 25.2 = 19.9 units)
x mol → 25.2 units
Hence,
x = 1.375 x 10^-5 * 25.2/19.9 = 1.741 x 10^-5 mol
Calculate the Cu²⁺ concentration using the molar concentration formula:
C = 1.741 x 10^-5 mol/ 0.025mL = 6.964 x 10^-4 mol
Note: The question is incomplete. The complete question probably is: A 25.0-mL sample containing Cu²⁺ gave an instrument signal of 25.2 units. When exactly 0.500 mL of 0.0275 M Cu(NO₃)₂ was added to the solution, the signal increased to 45.1 units. Calculate the molar concentration of Cu2+ assuming that the signal was directly proportional to the analyte concentration.
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during the process of fermentation, yeast recombines the carbon, hydrogen, and oxygen of sugar into ethyl alcohol and ____.
multiple choice question.
hydrogen chloridecarbon monoxidehydrogen p
eroxidecarbon dioxide
The correct answer is option 4. During the process of fermentation, yeast recombines the carbon, hydrogen, and oxygen of sugar into ethyl alcohol and carbon dioxide.
Fermentation is a biological process in which yeast converts sugar into ethyl alcohol and carbon dioxide through the action of enzymes. It is a form of anaerobic respiration, meaning it does not require oxygen to proceed.
In fermentation, yeast metabolizes the sugars present in the solution (e.g. glucose), breaking down the molecules into simpler components and releasing energy in the process. The end products of this process are ethyl alcohol (C2H5OH) and carbon dioxide (CO2). The carbon dioxide is produced as a waste product of the metabolic process and contributes to the characteristic carbonation of fermented beverages such as beer and wine.
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How does intermolecular forces can influence how molecules arrange themselves
Although intermolecular forces are significantly weaker than intramolecular forces of attraction, they are still significant because they affect how molecules behave in terms of their melting and boiling points, densities, and enthalpies of fusion and vaporization.
What is intermolecular force?An intermolecular force is an attracting force that develops between the protons of one molecule and the electrons of another molecule's negative components. A substance's various physical and chemical properties are influenced by this force.
What is intramolecular force?Contrary to intermolecular forces, which are the forces that exist between molecules, intramolecular forces are any forces that hold the atoms of a molecule or compound together.
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choose the substance with the highest viscosity:
A. C2H4CL2
B. CF4
C. (CH3CH2)2CO
D. C6H14
E. HOCH2CH2CH2CH2OH
The substance with highest viscosity is C₂H₄Cl₂.
Viscosity is defined as the resistance of a fluid (liquid or gas) to a change in shape or movement of neighboring portions relative to one another. Viscosity denotes opposition to flow.
Viscosity of a fluid deals with the internal friction between the internal layers of the fluid.
Molecular weight is found to be closely related to the viscosity of a fluid even though the relationship may not be strictly linear.
Therefore, the greater the molecular weight of a substance, the greater the viscosity of the material.
As, C₂H₄Cl₂, has the greatest molecular weight (281.86 g/mol), it also have the greatest viscosity among all the compounds listed in the question.
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a property that can be observed or seen
A property that can be observed or seen is called as physical property.
What is a property that can be observed and measured?Physical properties are characteristics that can be observed without affecting the substance's identity. Shape, mass, color, volume, and texture are some examples. Melting point, boiling point, strength, hardness, and magnetism are all physical properties that can be measured.
A physical property is a characteristic of matter that can be observed or measured without causing it to change chemical composition. Color, molecular weight, and volume are examples of physical properties.
Thus, A physical property is a property of a substance that can be observed or measured without changing the identity of the substance.
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2 Fe2O3 + 3 C 4 Fe + 3 CO2
Iron(III) oxide is reduced to iron by reacting with carbon. How many moles of carbon would you need if you need 2.4e+05 moles of iron to make the car?
How many moles of iron(III) oxide would you need?
The number of moles of iron(III) oxide would you need is 6 moles.
What are moles?Chemists employ the mole, a very significant unit of measurement.
In chemistry, the term ferric oxide is also used to represent the chemical compound iron (III) oxide. This is an inorganic chemical compound that is formed by the combination of two iron atoms, and three oxygen atoms.
So, the chemical formula of this compound is ferric oxide and its molar mass is equal to 159.69 grams per mole.
Therefore, the number of moles of iron(III) oxide would you need is 6 moles.
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Please help on this question for vapor pressure
The vapor pressure of the compound can be arranged in the order;
2 - Butanol1 - ButanolMethoxypropanePentaneWhat is the vapor pressure?Vapor pressure is the pressure exerted by a vapor in thermodynamic equilibrium with its solid or liquid form. It is a measure of the tendency of a substance to evaporate and is dependent on temperature.
At a given temperature, a substance with a higher vapor pressure will evaporate more readily than a substance with a lower vapor pressure. The vapor pressure of a substance can be used to calculate its boiling point and other thermodynamic properties.
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Boron-10 emits alpha particles and cesium-137 emits
beta particles. Write balanced nuclear reactions for
each radioactive decay.
In order for a nuclear equation to be considered balanced, both sides' sums of the atomic and mass numbers (subscripts and superscripts) must be the same.
What is mean by alpha decay and beta decay?
Alpha decay:
Alpha decay is the breakdown of a parent nucleus into a daughter nucleus through the emission of a helium atom's nucleus. Two protons and two neutrons are joined together to form an alpha particle, which is the same size as the helium nucleus.Beta-decay:
The dissolution of a parent nucleus into a daughter through the emission of the beta particle is referred to as beta-decay or decay. A radioactive nucleus like potassium-40 emits high-energy, fast-moving electrons or positrons known as beta particles. Beta particles penetrate farther than alpha particles but still far less deeply than gamma radiation. Ionizing radiation, often known as beta rays, is what is released in the form of beta particles. Beta decay is the process of creating beta particles.To learn more about nuclear reaction refer to:
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An element is a substance made up of different kinds of atoms bonded together true or false
Answer:
it will be false ................
Please answer my question.
The molarity of solution is 8.61M. A material that may dissolve a solute is known as a solvent. moles per liter of a solution, is known as molar concentration or molarity.
What is molarity?The amount of mole of solute present in a certain number of liters of the solution, or moles per liter of a solution, is known as molar concentration or molarity.
Before we continue, let's clarify the differences between the phrases "solute," "solvent," and "solution" to make it simpler to comprehend the ideas that will follow. Solutes are simply substances that are found in solutions since a solution is defined as a homogenous mixture that comprises one or more solutes. A material that may dissolve a solute is known as a solvent.
Π= CRT
0.231=C×8.314×310
C=0.231/ 8.314×310
C=8.61M
Therefore, the molarity of solution is 8.61M.
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which of the following will have the highest boiling point? select the correct answer below: ch2o ch3f h2o2 they have the same boiling point
Which has the highest boiling point is they have the same boiling point.
What is the boiling point?The boiling point is where the vapor pressure of a liquid is equal to the external pressure experienced by the liquid. A liquid in a vacuum will have a lower boiling point than if it were under atmospheric pressure.
The compound that has the highest boiling point is CH3CH(OH)CH2OH because there are 2 hydroxy groups (OH), if there are more hydroxy groups (OH) then there will also be more hydrogen bonds so that the boiling point will be higher So between ch2o, ch3f, and h2o2 have the same boiling point.
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choose the substance with the lowest vapor pressure at a given temperature. group of answer choices ch3ch2oh ch3cl hcl hoch2ch2oh
At a given temperature, ethylene glycol has the lowest vapor pressure.
The tendency of a substance to convert into a gaseous or vapour state is measured by vapour pressure, which rises with temperature. The temperature at which the vapour pressure at the surface of a liquid equals the pressure exerted by its surroundings is referred to as the liquid's boiling point.
Typically, the material with the lowest vapor pressure at a given temperature has the greatest boiling point.
Among the options provided:
The greatest boiling point is 78.3°C for CH3CH2OH (ethanol).
The boiling point of CH3Cl (chloromethane) is 39.8°C.
The boiling point of HCl (hydrochloric acid) is -85.0°C.
The boiling point of HOCH2CH2OH (ethylene glycol) is 197.2°C.
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Please help meeeeeeeeeeeeeeeeeee
Why does the milk flow out of the glass and spread out into thin puddle than staying in the glass or spreading out more across the floor?
A. The particles can break apart but cannot move.
B. The particles can slide past each other, but attractions hold them close together.
C. The particles cannot move, but they can grow in size.
Which is the correct answer A or B or C?
I put 23 mL and it was incorrect. Please help. I am not sure what I am doing wrong.
Answer:
22.5 ml ?
Explanation:
It wants a digit between 22 and 23 not the exact value of 22 or 23 ml
Use these cubes to answer the questions below. The cubes contain the same quantity (same number of moles) of gas at the same temperature. The gases have similar structures and similar molecular weights 1st attempt
Use these cubes to answer the questions below. The cubes contain the same quantity (same number of moles) of gas at the same temperature. The gases have similar structures and similar molecular weights 1st attempt
1. Which cube will have the greatest pressure?
A: The cube with the smallest volume will have the greatest pressure. This is due to the ideal gas law, which states that pressure is proportional to the number of gas particles and inversely proportional to the volume. So, if the number of gas particles is constant and the temperature is constant, a decrease in volume will result in an increase in pressure.
2. Which cube will have the smallest volume?
A: The cube that is compressed the most will have the smallest volume. The volume of a gas is directly proportional to its temperature and inversely proportional to its pressure. So, if the temperature is constant and the pressure increases, the volume will decrease.
3. Which cube will have the highest temperature?
A: If the cubes contain the same quantity of gas, the temperature will be the same in all cubes. The temperature of a gas is proportional to the average kinetic energy of its particles. Since the number of particles and their total kinetic energy are constant, the temperature will remain constant.
About CubeA cube is a three-dimensional figure which is box shaped and has six square faces which meet each other at right angles. It has eight vertices and 12 edges.
Formula :
Surface Area; 6a²Volume; a³where "a" is equal to ''Area''
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A sample of gas occupies a volume of 50.0 milliliters in a cylinder with a movable piston. The pressure of the sample is 0.90 atmosphere and the temperature is 298 K. What is the volume of the
The volume of the sample at STP is 41 ml. Hence option (1) is the correct answer.
What is the pressure of gas?Force exerted by gaseous molecules as they collide with the walls of their container is called gas pressure. If the volume and temperature of the container of gas are held constant, then an increase in the number of gas particles will result in the increase in pressure and vice versa.
Given; P₁ = 0.90 atm, V₁ = 50.0 mL and T₁ = 298 K
and also given , P₂ = 1 atm and T₂ = 273 K
As we know that; V₂ = P₁ x V₁ x T₂ / T₁ x P₂
V₂ = 0.90 x 50.0 x 273 / 298 x 1 = 12285 / 298
So, V₂ = 41 mL
Hence option (1) is correct.
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Note: The question given on the portal is incomplete. Here is the complete question.
Question: A sample of gas occupies a volume of 50.0 milliliters in a cylinder with a movable piston. The pressure of the sample is 0.90 atmosphere and the temperature is 298 K. What is the volume of the sample at STP?
(1) 41 mL (3) 51 mL
(2) 49 mL (4) 55 mL
Describe What is a concentrated solution?
What is the volume in liters occupied by 3.25 moles of an ideal gas at a temperature of 18.00? R= 0.08205 L.atm/K.mol P= 1.13 atm
Considering the ideal gas law, the volume occupied by 3.25 moles of an ideal gas at a temperature of 18.00°C is 686.71 L.
Definition of ideal gas lawAn ideal gas is the behavior of those gases whose molecules do not interact with each other and move randomly. Under normal conditions and under standard conditions, most gases exhibit ideal gas behavior.
An ideal gas is characterized by three state variables: absolute pressure (P), volume (V), and absolute temperature (T), related by a simple formula called the ideal gas law:
P×V = n×R×T
Where:
P is the gas pressure.V is the volume that occupies.T is its temperature.R is the ideal gas constant. The universal constant of ideal gases R has the same value for all gaseous substances. n is the number of moles of the gas. Volume in this caseIn this case, you know:
P= 1.13 atmV= ?T= 18 C= 291 K (being 0 C= 273 K)R= 0.8205 L.atm/K.moln= 3.25 molReplacing in the ideal gas law:
1.13 atm×V = 3.25 mol× 0.8205 L.atm/K.mol× 291 K
Solving:
V = (3.25 mol× 0.8205 L.atm/K.mol× 291 K)÷ 1.13 atm
V= 686.71 L
Finally, the volume is 686.71 L.
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Please answer my question.
The free energy of the system is 13.9 kJ/mol. Option D
What is the Gibbs free energy?Gibbs free energy, also known as Gibbs energy or simply free energy, is a thermodynamic property that combines enthalpy (heat content) and entropy (measure of disorder or randomness) to predict the feasibility of a chemical reaction.
It represents the maximum amount of work that can be obtained from a system at constant temperature and pressure. A negative Gibbs free energy value indicates that a reaction is spontaneous and can proceed without input of energy, while a positive value means energy must be added for the reaction to occur.
Now we know that;
ΔG = -RTlnK
R = gas constant
T = temperature
K = equilibrium constant
Then we have;
ΔG = -(8.314 * 298) ln(3.7 * 10^-3)
ΔG = 13.9 kJ/mol
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Using the reading "Fossil Fuels" from lesson 12 describe the environmental and economic benefits and drawbacks of fossil fuels. Second, looking over the benefits and drawbacks, in your opinion, what do you think will happen to mining of fossil fuels in the next 50 years?
Fossil fuels are essential part of the power generation in the world. They are easily combustible and more reliable and cheaper. However, the burning of fossil fuels releases toxic gases to the environment.
What are fossil fuels ?Fossil fuels are fuel generated from the decomposition materials. Petroleum, coal, natural gas etc. are fossil fuels which are excavating from the earth.
Fossil fuels are non-renewable sources of energy. Hence, as the existing fossil sources are exhausted no more fossil fuel can be made. It is cheaper, reliable and easy to use.
However, the toxic hydrocarbon gases released from the burning of fossil fuels make the environment polluted. Therefore, overuse of fossil fuel definitely rise the atmospheric pollution.
Its use over the next 50 years, will increase the global warming and more of it will be exhausted.
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Predict the major product for the reaction. The starting material is a five-carbon chain where there is a double bond between carbons 1 and 2 and there is a methyl substituent on carbon 3. This reacts with H C l to give the product. Draw the major product.
The structure of the major product can be drawn as:
H3C-C=C-CH2Cl
Halogenation is a chemical reaction that involves the addition of a halogen (chlorine, bromine, or iodine) to a molecule. HCl is a halogenation reagent that can be used to produce a halogenated product.
In the reaction of the five-carbon chain with HCl, the double bond between carbons 1 and 2 serves as the most acidic site in the molecule and is therefore the most likely site for halogenation to occur. This is due to the electron-withdrawing effect of the double bond, which makes the carbon atoms in the double bond more electron deficient and therefore more susceptible to attack by a halogenation reagent like HCl.
The major product of the reaction will therefore be a chloride substituted at the carbon adjacent to the double bond (carbon 2). The structure of the major product can be drawn as:
H3C-C=C-CH2Cl
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distillation is a technique that depends on the differences in the tendencies of substances to form gases.
The process of distillation will exploits the difference in the boiling points of the components in the liquid mixture by which forcing one of them into a gaseous state.
Distillation is the process which involving the conversion of a liquid into vapor that is subsequently condensed back into liquid form. It is exemplified at its simplest when steam from a kettle becomes deposited as drops of distilled water on the cold surface. Distillation is used to separate the liquids from non-volatile solids, as in the separation of the alcoholic liquors from fermented materials, or in the separation of the two or more liquids having different boiling points, as in the separation of gasoline, kerosene, as well as lubricating oil from crude oil.
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--The given question is incorrect, the correct question is
"What is a process of distillation technique that depends on the differences in the tendencies of substances to form gases."--
A 41.5 lb child has a Streptococcus infection. Amoxicillin is prescribed at a dosage of 45 mg per kg of body weight per day given b.i.d. How many milligrams of amoxicillin should be given at each administration?
Answer:
424.8 mg.
Explanation:
divide the weight in pounds by 2.2046 to get the weight in kilograms.
41.5 lb / 2.2046 = 18.88 kg
multiply the weight of the child in kg by the prescribed dose of 45 mg/kg per day.
18.88 kg * 45 mg/kg = 849.6 mg per day
Amoxicillin is prescribed to be given twice a day, so divide it by 2.
849.6 mg / 2 = 424.8 mg per administration
Therefore, Amoxicillin should be given to the child twice a day, and each administration should be 424.8 mg.
Determine the best way to deal with each of the following items that may dangle into the way during lab work.
flowy sleeves ________
loose bracelets ________
long necklaces _________
long earrings ________
long hair ________
flowy sleeves--Tie back or secure
loose bracelets-- Remove
long necklaces--Remove
long earrings--Remove
long hair--Tie back or secure
Roll up the flowy sleeves, loose bracelets, long necklaces, long earrings should be removed or tucked under clothing. Tie the long hairs.
The best way to deal is,
Flowy sleeves: Roll up or tuck in the sleeves to prevent them from interfering with lab equipment.
Loose bracelets: Remove the bracelets or tuck them under gloves.
Long necklaces: Remove the necklaces or tuck them under clothing to prevent them from getting caught on equipment.
Long earrings: Remove the earrings or tuck them under clothing.
Long hair: Tie hair back or wear a hairnet to prevent hair from getting caught on equipment.
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Which of the following statements are true? a. none of these are true b. cinnamic acid dissolves into melted menthol c. cinnamic acid does not stay dissolved in solid menthol d. cinnamic acid solidifies when menthol freezes e. menthol dissolves when heated
Statement b and d are both true. Cinnamic acid does dissolve into melted menthol and it does solidify when menthol freezes. Menthol does not dissolve when heated, but rather it melts.
When cinnamic acid is dissolved in melted menthol, it produces an oily liquid that is insoluble in cold menthol. When menthol freezes, the cinnamic acid solidifies, creating a suspension. When menthol is heated, it melts, but the cinnamic acid does not dissolve. Instead, it forms a viscous solution with the menthol. This solution is more stable at higher temperatures, but the cinnamic acid does not fully dissolve.
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