The mass of oxygen is needed to react with 1.39 gal of methanol is 6266.4g
What is mole in chemical reaction?The mole can be used to quantify the amounts involved in chemical processes as well as to identify the simplest formula of a molecule. The related idea of molarity is helpful for discussing reactions that occur in solutions. The amount of moles of a solute in a liter of solution is known as molarity (M).The quantity of stuff that has the same number of essential components as the number of atoms found in a pure sample of carbon weighing exactly 12 g is known as a mole. A mole is defined as the quantity of a substance that contains precisely 6.0221023 of the substance's elementary particles.Given:
methanol = 1.39 gal = 1.39 *3.79 =5.2681 L=5268.1 mL
density of methanol is 0.793 g/mL
weight of methanol = 0.793 * 5268.1 =4177.6 g
From the Balance Equation we know that 2 mole of methanol react with 3 mole of oxygen
since
mass of oxygen is needed to react = 4177.6/2 * 3 =6266.4g
complete Que :
What mass of oxygen is needed to react with 1.39 gal of methanol according to the balanced equation below? (1.00 gal - 3.79 L, and the density of methanol is 0.793 g/mL.) 2 CH2OH(1) + 3 02(g) 2 C02(%) + 4H2O
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What are the three types of reduction?.
Three Types of Reductions are Removal of oxygen, addition of hydrogen and gain of electrons.
Reduction involves the transfer of electrons from one species to another. It can be considered as the removal of oxygen, the addition of hydrogen, or the gain of electrons.
Removal of oxygen:
Metal ores which are oxides are reduced to the metal - this is how iron is made from iron ore. The reducing agent is carbon monoxide.
Addition of hydrogen:
Aldehydes and ketones can be reduced to primary or secondary alcohols respectively using aqueous sodium borohydride. This is a source of H− ions which bring about the reduction.
Gain of electrons:
The formation of non-metal ions from the corresponding element, for example during electrolysis.
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In a Lewis structure involving bromine and chlorine, if a central bromine atom has two lone pairs, how many chlorine atoms must be present?
3 Cl atoms
If there are two lone pairs, that means four of bromine's seven valence electrons are occupied. That leaves three available for covalent bonds to three chlorine atoms.
Two lone pairs indicate that four of the seven valence electrons of bromine are occupied. Three are now free to form covalent bonds with the remaining three chlorine atoms.
Why are Lewis structures important ?We must also learn about the bond angle in order to recognize and fully describe the three-dimensional form of a molecule. Lewis Lewis Dot Structures are essential for identifying the valence electrons and are used to determine the geometry of molecules.
What does the Lewis structure's three lines stand for?A line or two spots between the linked atoms signify a bond, that is made up of two shared electrons. The symbols for double and triple bonds, respectively, are three and two lines/(pairs of electrons).
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indicate whether a reaction would occur when you mix aqueous solutions of each of the following two substances. (yes or no) sodium bromide and iodine
The reaction will occur as Bromine is more reactive and can replace Iodine.
The reactivities of the halogens generally decrease down the group ( At < I < Br < Cl < F). This is due to the fact that atomic radius increases in size down the group, with an increase of electronic energy levels. This usually lessens the attraction for valence electrons of other atoms, decreasing reactivity of the halogens.
Fluorine is the most reactive element of group 17 due to its small size, electro negativity, extremely high oxidizing power and also low dissociation enthalpy of the F-F bond.
When a reaction takes place between Sodium bromide and Iodine, this reaction will take place without any difficulty because the reactivity of Bromine is greater than Iodine and hence it can replace the iodine.
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Are the effects of chemical exposure immediate?.
Yes, the effects of chemical exposure are acute (short-term) or immediate soon after exposure. They may be minor, like nose or throat irritation, or they could be serious, like eye damage.
A small chemical exposure can cause tearing eyes and burning of the eyes, nose, throat, chest and pores, and skin. It may purpose headaches, sweating, blurred imaginative and prescient, stomach aches, and diarrhea. It's far not unusual for even mild signs and symptoms from a damaging chemical to make people experience disturbing.
Acute toxicity is often seen within mins or hours after unexpected, excessive publicity of a chemical. however, there are some times wherein a one-time excessive-degree publicity causes behind-schedule outcomes.
Fluid may also expand inside the lungs as overdue as 12 hours after exposure.
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what is the concentration of a dextrose solution prepared by diluting 14 ml of a 1.0 m dextrose solution to 25 ml using a 25 ml volumetric flask?
The concentration of a dextrose solution prepared by diluting 14 ml of a 1.0 M dextrose solution to 25 ml using a 25 ml volumetric flask is 0.56M.
Concentration is defined as the number of moles of a solute present in the specific volume of a solution.
According to the dilution law, the degree of ionization increases on a dilution and it is inversely proportional to the square root of concentration. The degree of dissociation of an acid is directly proportional to the square root of a volume.
M₁V₁=M₂V₂
Where, M₁=1.0M, V₁=14ml, M₂=?, V₂=25ml
Rearrange the formula for M₂
M₂=(M₁V₁/V₂)
Plug all the values in the formula
M₂=(1.0M×14 ml/25 ml)
M₂=14 M/25
M₂=0.56 M
Therefore, the concentration of a dextrose solution after the dilution is 0.56M.
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What is the function of geometric?.
Geometry is a branch of mathematics that deals with shapes, sizes, and spatial relationships. It is used to measure, analyze, and describe the properties of figures and objects.
Geometric shapes such as circles, squares, and triangles provide the basis for understanding measurements such as angles, perimeters, and areas. Geometry is also used to calculate volume and surface area. Geometry is often used in engineering, architecture, and design.
For example, architects often use geometry to create plans for buildings. Engineers use geometry to design machines and structures. Geometric principles can also be used to solve problems in other areas such as physics, chemistry, and biology.
Geometry is also important for navigation, as the principles of geometry are used to determine the shortest distance between two points. Geometry is a fundamental part of mathematics and is used to understand the world around us.
By understanding geometric principles, we can better understand our environment and the relationships between objects in it.
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a sample of he has a pressure of 860 mmhg at a temperature of 225 k. what is the pressure in mmhg, when the he reaches a temperature of 675 k, if there is no change in volume or amount of gas
When he reaches a temperature of 675 k, if there is no change in volume or amount of gas: p₂ = k × T₂, The initial pressure of the gas, P1P1 = 860 mmHg •
Temperature is a bodily quantity that expresses quantitatively the perceptions of hotness and coldness. Temperature is measured with a thermometer. Thermometers are calibrated in numerous temperature scales that traditionally have trusted various reference points and thermometric materials for definition.
In chemistry, we outline the temperature of a substance because of the common kinetic electricity of all of the atoms or molecules of that substance. now not all of the debris of a substance have equal kinetic strength. At any given time, the kinetic energy of the debris may be represented by way of a distribution.
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What are the 3 ways you can reduce your taxes deducted?.
The three ways to reduce the tax deducted is house rent allowance , leave travel allowance contribute to provident fund.
The Tax is the compulsory fees or we can say that financial charges levied on people and business's by the central authority. With the financial year ends all of us will start to planning how to save our tax deducted. for those people who lived in the rented house can claim the house rent allowance to reduce the amount of tax. it will partially or completely exempted.
The leave travel allowance is also to avail the exemption in taxes and the third one is Provident fund
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glycogen is chemically a reducing polysaccharide. why could you make the argument that physiologically glycogen is not a reducing sugar?
By storing glucose while rates are elevated and releasing it when levels are low, glycogen acts as the body's principal blood glucose buffer.
What does the scientific term "chemical" mean?A chemical is any substance whose composition is known. A chemical always contains of the same "substance," to put it another way. Water is one of the substances found in nature. Chlorine and other chemicals are generated (used for bleaching fabrics or in swimming pools).
What does the term chemically same mean?Chemical similarity, also known as molecular similarity, is the commonality of chemical elements, molecules, or chemical compounds in terms of their structural or functional properties, i.e., the impact that the chemical component has had on reaction ( 1 in inorganic or biological environments.
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Hydrogen bonds are formed between molecules when hydrogen is covalently bonded to an element.
Hydrogen is covalently bonded to an element that has a small atomic radius and high electronegativity.
What do you mean by electronegativity.?
When an atom of a certain chemical element forms a chemical connection, it has a propensity to draw shared electrons (or electron density), which is represented by the symbol. The atomic number and the separation of the valence electrons from the charged nucleus have an impact on an atom's electronegativity. An atom or a substituent group will draw electrons in greater amounts the higher the associated electronegativity. The sign and amplitude of a bond's chemical polarity, which characterises a bond along the continuous scale from covalent to ionic bonding, can be quantitatively estimated using electronegativity. The opposite of electronegativity is electro positivity, which describes an element's propensity to accept valence electrons.
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Food being cooled must pass quickly through which temperature range to reduce pathogen growth?.
The temperature range to reduce pathogen growth is 125 to 70 degrees F.
In chemistry, we define the temperature of a substance as the average kinetic power of all of the atoms or molecules of that substance. No longer do all of the debris of a substance have identical kinetic strength. At any given time, the kinetic energy of the debris may be represented by means of a distribution.
Temperature performs a vital function in-hospital treatment (both humans and animals), food, beverages, and agriculture. Our average fitness is regularly reliant upon the temperature in lots of methods as nicely.
The SI unit of temperature as consistent with the global system of devices is Kelvin.
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19. To treat indigestion, people take an antacid tablet. If you tested the pH of an antacid tablet, what range would you expect the pH to be?
20. The Hydrochloric acid (HCI) that you tested was a strong acid. What would you expect to happen to the pH of the solution if you reacted a base with the Hydrochloric acid and then tested the solution again?
Answer: 19. Antacids are less acidic than a neutral (water) so they are considered a base. Therefore they will be a larger number than water (7) so you would expect an antacid to be anywhere from 8-14. (Antacids are a 10)
20. Hydrochloric Acid is a very acidic substance so if you add a base to it the 2 combined together makes a less strong substance bringing its pH higher up the scale.
Explanation: For reference look at the pH scale, the lower the number the higher the acidity.
A cylinder measuring 5.3cm wide and 6.4cm high is filled with gas and the piston pushed down with a steady force. Calculate the force on the piston if the pressure in the gas is measured to be 465.kPa . Write your answer in units of kilonewtons. Be sure your answer has the correct number of significant digits.
The force on the piston if the pressure in the gas is measured to be 465.kPa is 1025.35 N
Force = Pressure * area
= 465 kPa * πR*R= 465000 * 3.14 * 0.053/2 * 0.053/2= 1025.35 N= 1.half kNPressure equals pressure divided via way of means of area (P=FA P = F A ). The equation indicates that stress is at once proportional to pressure, however inversely proportional to area. At a consistent area, stress will increase because the value of the pressure implemented additionally will increase.
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tylenol is c8h9no2.took two tablets of tylenol, which contain 1.43 moles of tylenol. how many moles of hydrogen atoms, h, are present in 1.43 moles of tylenol?
The number of moles of hydrogen present in 1.43 moles of tylenol will be 1.429 moles.
Many contend that when researchers began examining both the quantitative and qualitative components of chemistry, modern chemical science was born. Dalton's atomic theory, for instance, was an effort to explain the findings of measurements that allowed him to determine the relative masses of elements combined in different combinations. We can quantitatively explain the composition of substances by comprehending the relationship between the masses of atoms and the chemical formulae of compounds.
The molar mass of C₈H₉O₂= 151.163
Mass of tylenol will be = Number of moles× Molar mass
= 1.43 ×151.163
=216.1 grams
So, number of moles of hydrogen = mass/ molar mass
= 216.1/ 151.163
=1.429 moles of hydrogen.
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in an e2 elimination reaction, the leaving group and the hydrogen atom must be anti-coplanar for this concerted reaction to occur. identify which of the following structures has the bold hydrogen atom and the leaving group aligned anti-coplanar.
In an e2 elimination reaction, the leaving group and the hydrogen atom must be anti-coplanar for this concerted reaction to occur is in the compound CH32Br.
The Leaving Group Is Always “Anti-Periplanar” To The Hydrogen Removed On The Adjacent Carbon (i.e. the “Beta-Carbon”) in The E2 Reaction.
.The anti-periplanar conformation is a periplanar conformation wherein the dihedral attitude among atoms or businesses of atoms is among ±150° and 180°. In this conformation, the businesses are anti-coplanar.
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Proteins can be denatured through exposure to heat, changes in ph, or chemicals. Denatured proteins lose their three dimensional structure and when the protein is an enzyme, they lose their ability to function. At what ph could you infer the enzyme catalase was denatured?.
They might alter the environment's temperature after figuring out the ideal pH to test if catalase has a temperature preference. Heat, ph changes, or chemical exposure can all cause proteins
What is a catalase purposes?
The important enzyme catalase feeds on peroxide, a nonradical ROS. This enzyme is in charge of neutralizing hydrogen peroxide through its breakdown, so preserving an optimal level of the chemical in the cell, which is also necessary for the process of cellular communication.
How and where is catalase was using?
Numerous industrial uses exist for catalase. It is used with the other enzymes inside the food industry to preserve foods, make particular dishes and beverages, and preserve foodstuffs. Likewise, commercial catalases
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A mixture consists of three gases, A, B, and C. The partial pressure of A is 5.1 Pa, of B is 1.5 Pa, and of C is 1.2 Pa. The total pressure of the mixture is ____________________ Pa.
7.8
A, B, and C are the three gases that make up a mixture. 5.1 Pa, 1.5 Pa, and 1.2 Pa respectively make up the partial pressures of A, B, and C. 7.8 Pa is the mixture's total pressure.
What in science is a mixture?Three or more distinct, pure components come together to form a combination. Hazardous and homogeneous mixtures are the two types of mixtures. While homogeneous mixtures have a constant appearance throughout, heterogeneous mixtures have unique features.
What are a mixture and an illustration?A mixtures is a chemical in chemistry that is comprised of two or more simpler components. These materials could be chemical components or elements. A mixture of liquid, sediments, or gases may be produced. As an illustration, adding sugar to water results in a
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Is pewter a chemical contaminant?.
Zinc, pewter, copper, and painted pottery are a few examples of materials that can contaminate food chemically and should never be combined with acidic meals (e.g., tomato sauce).
What does a pewter pitcher serve?When serving iced coffee, iced water, and perhaps even wine, classy pewter pitchers are fantastic. Every one of our custom-crafted pewter pitchers is made utilizing time-honored methods. The same as all of our other pewter products, they remain lead-free and food-safe.
Pewter pitchers are safe.Pewter used nowadays is lead-free and safe to use. With maybe some copper and antimony, it is mostly made of tin. The products have been certified as lead-free and completely safe for use with all kinds of food.
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based on the data gathered in millikan's oil-drop experiments, the concept of atomic structure was modified. which of the following aspects of the structure of the atom was validated by these experiments?
Based on the data gathered in millikan's oil-drop experiments, the concept of atomic structure was modified and charge on an electron of the atom was validated by these experiments.
Why was this aspect of structure validated ?Millikan and Fletcher were able to measure the electrical charge of the oil droplets.Many repetitions of the oil drop experiment show that the charge is an integer multiple of 1.59 × 10⁻¹⁹ C.They suggested that this was the charge of the electron.Hence, the conclusion from Milliken's oil drop experiment is that charge is said to be quantized. The charge on each particle is always an integer multiple of e.What is Millikan's Oil-drop experiment?The Millikens Oil Drop Experiment was an experiment performed by Robert A. Millikan and Harvey Fletcher in 1909 to measure the charge of an electron. This experiment proved to be of great importance in the physics community. In experiment, Milliken allowed a small charged oil droplet to pass through a hole in an electric field. By varying the electric field strength, the charge across the oil droplet was calculated.Which was always given as an integer value of 'e'.Can learn more about Millikan's oil drop experiment from https://brainly.com/question/13243419
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the density of a gaseous compound of nitrogen and oxygen is 4.11 g/l at stp. what is the most likely formula of this gas? hint: solve the ideal gas equation for n/v, and divide the given density by this value.
The density of a gaseous compound of nitrogen and oxygen is 4.11 g/l at stp . the most likely formula of this gas would be N2O4.
What do you mean by density?
The substance's mass per unit of volume is known as its density (volumetric mass density or specific mass). Although the Latin letter D may also be used, the sign most frequently used for density is (the lower case Greek letter rho). The formula for density is mass divided by volume:
p = m/v
where m is the mass, V is the volume, and is the density. Density is sometimes loosely defined as weight per unit volume[2], though this is incorrect scientifically; this quantity is more precisely known as specific weight. An example of this is in the US oil and gas industry.
The density of a pure substance is equal to its mass concentration in numbers.
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an impure sample of potassium hydrogen phthalate (khp) was titrated to determine the percent composition khp. what is the percent of khp if 2.81 g of the impure khp required 35.61 ml of 0.152 m naoh to reach the end point?
The percentage of potassium hydrogen phthalate in a sample of impure material is m' = 39.3%.
What is meant by potassium hydrogen phthalate?KHP, also known as potassium hydrogen phthalate, is a type of salt that contains acids. In addition to the monopotassium salt of phthalic acid, it also produces white powder, colorless crystals, a colorless solution, and an ionic solid. For acid-base titrations and the calibration of pH meters, potassium hydrogen phthalate is used as the primary standard. In determining pH, it serves as a buffer. It serves as a practical reference point for testing total organic carbon.The weak acid potassium hydrogen phthalate, or KHP, is a primary standard that is frequently used for titration with sodium hydroxide solution. One mole of KHP completely reacts with one mole of NaOH in this reaction as well.Therefore,
Generally, the equation for the mol base is mathematically given as
mol base = M × V
mol base = 0.152 × 35.61
mol base = 5.41272 mmol
In conclusion
mass = mmol/1000 × MW
m = 5.41272 /1000 × 204.22
m = 1.1053 g of KHP
Hence, m' = 39.3%
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normally, the lungs function in a fairly high state of compliance. which of the following could cause lung compliance to be abnormally high or low?
Lung compliance may be abnormally high or low due to atelectasis, pulmonary fibrosis, and emphysema.
Lung compliance, also known as pulmonary compliance, is a gauge of the lung's extensibility. It is divided into static compliance and dynamic compliance measurements in clinical practice. The volume change for any given applied pressure is referred to as static lung compliance. Pulmonary fibrosis, pneumonia, and pulmonary edema are frequent causes of decreased lung compliance. An increase in resistance is a symptom of an obstructive lung disease. The pressure volume relationship is identical to that in a healthy lung during normal breathing. Low compliance denotes a stiff lung and can be compared to a thick balloon, as is frequently the case in fibrosis. Emphysema patients frequently have high compliance, which indicates pliable lung tissue and can be compared to a grocery bag.
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What was the result of the Noble Experiment of Prohibition?.
The Noble Experiment of Prohibition to prohibit alcohol, regulate the manufacture, production, use, and sale of alcohol for purposes other than drinking.
A lot of onlookers appeared to concur with this evaluation of "The Noble Experiment." "Noble" because preserving families and minimizing or completely eradicating alcohol abuse were both noble objectives. Since the majority of observers believed it to be an unsuccessful experiment, it was called an experiment. In this nation, too many people believed that moderate alcohol consumption was not wrong.
In fact, many people who voted in favor of the amendment believed it would still permit light beer and wine with low alcohol content. Beer, wine, and hard liquor were all permitted under the World War I alcohol act, but they were both forbidden for use in combat.
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Strontium metal is responsible for the red color in fireworks. Fireworks manufacturers use strontium carbonate, which can be produced by combining strontium metal, graphite (C), and oxygen gas. The formation of one mole of releases of energy.
(a) Write a balanced thermochemical equation for the reaction.
(b) What is when of oxygen at and 1.00 atm are used by the reaction?
a)A balanced thermochemical equation is 2Sr+2C+3O2=2SrCO3.
b)The value of H when 10.00 L of oxygen at 25°C and 1.00 atm is 498.655 kJ.
We now know that strontium thermochemical is composed of strontium metal, graphite(c), and oxygen. We must write balanced chemical equations in which the number of moles of each reactant is equal on both sides of the equation. So the balanced chemical equation is 2Sr+2C+3O2=2SrCO3.
b)In order to calculate H, we must first determine the number of moles of SrCO3 involved in the chemical equation.
We are very familiar with the ideal gas equation.
PV=nRT
where
P denotes pressure, and V denotes volume.
n is the number of moles.
R denotes the gas constant.
T is
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how would you expect the sizes of the hydrogen ion and the hydride ion to compare with that of the hydrogen atom
Hydrogen ion is smaller than hydrogen whereas hydride ion is bigger than a hydrogen atom .
How are the sizes of the hydrogen ion and the hydride ion compared with hydrogen atom?A hydrogen atom that has an additional electron is called a hydride. This indicates that it is an anion, or negatively charged ion. Because of this, the minus sign (-) distinguishes the hydride ion (H-) from a typical hydrogen atom (H). The presence of two dots after the letter H indicates that this ion has two electrons rather than one. Compared to a hydrogen atom, a hydrogen ion is smaller. A hydrogen atom is smaller than a hydride ion.In substances that are categorized as hydrides, the hydrogen atom is joined to an element or group that is comparatively more electropositive in nature.To learn more about hydrogen atom, refer:
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How many carbons are present on the reactant side?.
There is one carbon atom on the reactant side and one on the product side.
The same is true for oxygen except there are two oxygen atoms on each side. A substance that undergoes a chemical reaction and is to the left of the reaction arrow in a chemical formula. Product The substance produced by the chemical reaction to the right of the reaction arrow in the chemical formula.
The number of atoms of each element in the reactants must be the same as the number of atoms of each element in the product. If we count the number of hydrogen atoms in the reactants and products, we find two hydrogen atoms. The reactants are shown on the left side of the equation and the products are on the right side separated by single or double arrows indicating the direction of the reaction.
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What type of mutation causes sickle cell anemia what DNA sequence is changed?.
Mutation in the DNA changes the shape of the hemoglibin molecule which interrupts the blood flow.
Sickle cell anemia is a genetic disease with severe symptoms, including pain and anemia. The disease is caused by a mutated version of the gene that helps make hemoglobin — a protein that carries oxygen in red blood cells. People with two copies of the sickle cell gene have the disease. People who carry only one copy of the sickle cell gene do not have the disease, but may pass the gene on to their children. Normal hemoglobin and hemoglobin in sickled red blood cells look different . the mutation in the DNA slightly changes the shape of the hemoglobin molecule, allowing it to clump together. When red blood cells carrying mutant hemoglobin are deprived of oxygen, they become “sickle-shaped” instead of the usual round shape . Under conditions such as high elevation a carrier of the sickle cell allele may occasionally show symptoms such as pain and fatigue.
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Predict the sign of the entropy change of the system for each of the following reactions. Drag the appropriate items to their respective bins. Reset Help CaCO3(s) CaO(s)+CO2(g) Al2O3(s) + 3H2(g) 2Al(s) + 3H2O(g) 2NO(g) + Brz(g) 2NOBI(g) 3C H2(g)CH (g) Positive Negative
(a) The entropy change will also decreases.
(b) The entropy change will also increases.
(c) The entropy change will also decreases.
(d) The entropy change will also increases.
Entropy, which measures disorder, has an impact on every element of our daily life. In actuality, you could consider it to be nature's tax. Disorder, if unchecked, gets worse over time. As energy dissipates, chaotic systems result. We consider something to be more entropic the more disorganized it is. Entropy : It is defined as the measurement of randomness or disorderedness in a system.
(a) As we advance toward the formation of the product, the randomness of the reactant molecules becomes less, indicating a reduction in the degree of disorder. The entropy change will consequently become less.
(b) The reactant molecules are less random in this reaction, and as we proceed to the formation of the product, the reactant molecules become more random, increasing the degree of disorder. As a result, the entropy change will also grow.
(c) In this reaction, 3 moles of gas combine to form 1 mole of gas, reducing the amount of unpredictability and lowering the level of disorder. The entropy change will consequently become less.
(d) The number of moles of gases in this reaction is the same on both sides, but one mole of solid reacts to produce two moles of solid aluminum, increasing randomness, which in turn increases the degree of disorder. As a result, the entropy change will likewise grow.
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The complete question is :
Predict the sign of the entropy change of the system for each of the following reactions.
(a) N₂(g)+3H₂(g)→2NH₃(g)
(b) CaCO₃(s)→CaO(s)+CO₂
(g) (c) 3C₂H₂(g)→C₆H₆(g)
(d) Al₂O₃(s)+3H₂(g)→2Al(s)+3H₂O(g)
Does more protons mean acidic?.
Keep in mind that the proton is more acidic the higher the degree of positive character on it. Trends for acidic protons can be seen when looking at a pKa table.
The term "acidic protons" refers to hydrogen atoms that contain a significant amount of partial positive charge (i.e., low electron density around them). A Brnsted-Lowry acid is a molecule or ion that has the ability to donate a proton (the hydrogen ion, H+), and a Lewis acid has the ability to establish a covalent bond with an electron pair. The acidity of a substance is gauged using the pH scale. By examining the proton concentration, it accomplishes this. The acidity of the solution increases with the number of protons. In many chemical and biological processes, hydrogen ions, or protons, are essential components. Essentially, what we mean by pH is the level of these supplies that are readily available. A very high protons concentration is referred to as "low pH".
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Explain why two atp must be used during the energy investment phase and describe what happens in the energy payoff phase.
The glycolysis capital investment phase will come into play the investment of 2 Atp, which leads to the creation of two compounds of glutathione s phosphate.
The first as well as third stages of metabolism would both be energetically unfavorable. This means particles would demand an energy contribution in order to proceed onward. Per glucose molecule, 1 ATP would be necessary for each of the following steps. Consequently, a total of 2 ATP would be needed throughout the energy fundraising process of glycolysis.
The power generation stage of glycolysis involves the expenditure of atp Synthesis, which results in the formation of hydrogen bond of glyceraldehyde phosphate. Hexokinase converts glucose to glucose-6-phosphate, where it is subsequently converted to ADP using one ATP.
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