The number of volume of the oxygen that would be consumed is 2.8 L.
What is the volume of the oxygen that would be consumed?Let us recall that what we have here is the process of the use of the stoichiometry of the reaction so as to be able to obtain the mass and the volume of the reactants that are taking place in the reaction as we are going to have in the case that is at hand.
What we now need to do so that we can be able to use the stoichiometry of the reaction would just be to write down the equation of the reaction and this is going to give us the reaction; [tex]2Mg(s) + O_{2} (g) ---- > 2MgO[/tex].
In this case we know that;
Number of moles of the magnesium = 6g/24 g/mol
= 0.25 moles
Now we know that;
If 2 moles of the magnesium reacts with 1 mole of the oxygen then
0.25 moles of the magnesium would react with 0.25 * 1 /2
= 0.125 moles
Volume of oxygen that is consumed is; 0.125 moles * 22.4 L
=2.8 L
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How is density calculated given mass and volume?
A.Mass divided by volume
B.Mass multiplied by volume
C.Sum of volume and mass
D.Difference of volume
and mass
Draw the products of the following reactions, indicating both regiochemistry and stereochemistry when appropriate.
CH3 1. Hg(OAc)
2, H20 2. NaBHA
• Use wedge and hash bonds ONLY when needed to show reaction stereochemistry. • In cases where there is more than one answer, just draw one.
The product of the reaction is attached.
The reaction provided in the equation is an electrophilic addition reaction. Electrophilic addition refers to a reaction between an electrophile and nucleophile, adding to double or triple bonds. In the given reaction, alkene is converted into neutral alcohol. As an alkene is treated with the reagent (Hg(OAc)₂, NaBH), the product obtained will be alcohol. This type of reaction is called oxymercuration- demercuration reaction.
In the reaction, the addition of water can occur without acidic conditions. In the presence of reagent mercury (II) acetate cyclic mercurinium ion will form, called . Following this, the reagent will reduce, a reaction called demercuration reaction. Together, this is called oxymercuration- demercuration reaction. As Mercury(II) acetate contains empty d- orbitals it will act as an electrophile and as alkene contains a double bond that will act as a nucleophile. They will form cyclic mercurinium ion and Hg-OAC will be released. In the presence of water hydroxide, the ion will attach on most substituted carbon. In the presence of reagent NaBHsubscript4 reduction will occur and carbon– mercury bond will reduce. This reaction will follow Markovnikov’s rule. Hence, the product of the reaction is attached.
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Part A
Write net ionic equation for the following reaction:
H₂SO⁴ (aq) +MgCO₃(s) →H₂O(l) +CO₂(g) + MgSO⁴ (aq)
Express your answer as a chemical equation including phases.
Based on the positions of strontium (Sr) and antimony (Sb) in the periodic table, which would you expect to be the better reducing agont? Will the following reaction occur? Explain.
2Sb ³⁺(aq) + 3Sr (s)→ 2Sb (s) +3 Sr (s)²⁺ (aq)
Match the items in the left column to the appropriate blanks in the sentences on the right.
right
not occur
Sr
left
occur
Sb
_____ is more metallic than _____ because it is in the same period and to the _____
of _____ on the periodic table_____ . is the better reducing agent.
This reaction 2Sb ³⁺(aq) + 3Sr (s)→ 2Sb (s) +3 Sr (s)²⁺ (aq) _____
Answer:
H2SO4(aq)+yuomeg
Explanation:
w2Sb
Where are electrons released in an electromechanical cell?
a. the anode
b. the cathode
c. the entire cell
d. the salt bridge
Answer: Anode
Explanation:
Electrons flow from the anode to the cathode.
how many significant figures does the number 1.006x10 7 have?
4 significant figures.
Explanation:As the number is expressed in standard form, you only need to look at the coefficient.
This is because [tex]1.006 * 10^7 = 10060000[/tex], so multiplying by 10 to the power of anything just results in zeros at the end of the number. A zero at the end is not a significant figure, so is ignored.
This means that you look at 1.006 for the significant figures.
The first non-zero digit is 1, so this is the first significant figure. There is then a zero, another zero, and finally a six. This is a total of 4 significant figures.
The number 1.006 x 10^7 has 4 significant figures. These include the '1', and the three digits following the decimal point - '0', '0', '6', which all contribute to its precision.
Explanation:The number 1.006 x 10^7 includes significant figures which are digits carrying meaningful contributions to its measurement precision. This number has 4 significant figures: the '1', and the three numbers after the decimal point, '0', '0', and '6'. Every non-zero number is always significant; zeroes between two significant digits are significant. Here, the zeroes aren't placeholders but significant digits, thus contributing to the precision of the measurement.
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How does the theory explain the mass laws.
Answer:
Atoms always have the same characteristic mass and cannot be created or destroyed.
Explanation:
Dalton's atomic theory was the very first complete attempt to describe all matter in terms of atoms and their properties. He based his theory on the law of conservation of mass and the law of constant composition.
The first part of the theory states that all matter is made of atoms, which are indivisible. His law which is related to multiple proportions , is part of the basis for modern atomic theory. He has given the following ideas for conservation of mass:
a. All atoms of a given element are identical.
b. The atoms of different elements vary in mass and size.
c. Atoms are indestructible.
I hope this helped
Which equation shows how velocity is related to frequency and wavelength?
A. v= f x £
B. v=f-£
C. V = f/£
D. V = £/f
The equation that shows how velocity is related to frequency and wavelength is v=f/£.
What is wavelength?Wavelength is a measure of the distance between two successive peaks of a wave, usually expressed in meters.
Velocity (v) is the speed at which a wave travels and is measured in meters per second (m/s).
Frequency (f) is the number of waves that pass by a given point in a given period of time and is measured in hertz (Hz).
Wavelength (£) is the distance between two successive wave crests and is measured in meters (m).
Therefore, the equation that shows how velocity is related to frequency and wavelength is v=f/£.
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Answer:A. v=f x E
Explanation: i just did the quiz
the products formed from the reaction of halogenoalkane + ethanolic aqueous silver nitrate
Answer:
Silver nitrate solution can be used to find out which halogen is present in a suspected halogenoalkane. The most effective way is to do a substitution reaction which turns the halogen into a halide ion, and then to test for that ion with silver nitrate solution
In the reaction of ammonia (NH3) with oxygen (O) to produce water and nitric oxide (NO), how many moles of water are produced when 4.3 moles of ammonia are
reacted?
4.3 moles of water are produced when 4.3 moles of ammonia are reacted.
What are Moles?
Moles are a unit of measurement used in chemistry to measure the number of atoms or molecules in a given sample of a substance. The mole is defined as the amount of a substance that contains 6.02 x 10^23 of molecules or atoms. This number is known as Avogadro's number.
The reaction for the production of water and nitric oxide from ammonia and oxygen is as follows:
NH3 + O2 → H2O + NO
In order to calculate the number of moles of water produced when 4.3 moles of ammonia are reacted, we need to use the mole ratio between the reactants and the products. The mole ratio for this reaction is 1:1:1, meaning that one mole of ammonia reacts with one mole of oxygen to produce one mole of water and one mole of nitric oxide.
Therefore, 4.3 moles of ammonia will react with 4.3 moles of oxygen to produce 4.3 moles of water and 4.3 moles of nitric oxide.
Hence, 4.3 moles of water are produced when 4.3 moles of ammonia are reacted.
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Express the equilibrium constant for the following reaction.
6Na(s)+6H₂O(l)+⥂6NaOH (aq) +₃H₂(g)
K= [ Na ]⁶ [ H₂O ]⁶ / [ NaOH ]⁶ [ H₂ ] ³
K = [ H₂ ] [ NaOH ]⁻²
K = [ NaOH ] ¹/²[ H₂ ] / [ Na] ¹/² [ H₂O ]¹/²
K = [ NaOH ]⁶ [ H₂O ] ³ / [ Na ]⁶ [ H₂O ]⁶
K = [ H₂ ] ³ [ NaOH ]⁶
The equilibrium constant for the given reaction is:
K = [H₂]³[NaOH]⁶ (last option)
How do I determine the equilibrium constant?We know that equilibrium constant is defined as the ratio of the concentration of products raised to their coefficient to the ratio of the concentration of reactants raised to their coefficients.
However, equilibrium constant expression does not contains certain phases of a reaction. These includes:
Solid reatantsSolid productsLiquid or solvent reactantsLiquid or solvent productsAlso, equilibrium constant expression must contain the following if they appear in the reaction:
Gasous reactantsGasous productsAqueous reactantsAqueous products.With the above information, we can obtain the equilibrium constant for the given reaction as follow:
6Na(s) + 6H₂O(l)+⥂6NaOH (aq) + 3H₂(g)
Equilibrium constant, K = [H₂]³[NaOH]⁶
Thus, we can conclude that the correct answer to the question is:
K = [H₂]³[NaOH]⁶ (last option)
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A farmer prepared 100 g of an aqueous solution of KNO3 in which the mole fraction of KNO, was 0.1. Calculate the amount of KNO3 dissolved. (Atomic masses are: K= 39.1 amu, N = 14 amu and O = 16 amu).
The amount of [tex]KNO_3[/tex] dissolved would be 1011 grams.
Mole fractionThe mole fraction of a component of a substance is the ratio of the mole of the component relative to the mole of the whole substance.
Thus, for a mole fraction of KNO to be 0.1, it means 1 mole of KNO relative to 10 moles of KNO3.
In other words, the number of moles of [tex]KNO_3[/tex] dissolved is 10 moles.
Recall that: mole = mass/molar mass, and mass = mole x molar mass
Molar mass of [tex]KNO_3[/tex] = 39.1 + 14 + (16 x 3) = 101.1 g/mol
Mass of 10 moles of [tex]KNO_3[/tex] = 10 x 101.1
= 1011 grams
In other words, the amount of [tex]KNO_3[/tex] dissolved is 1011 grams.
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Sulfur dioxide gas, a form of smog, is formed when sulfur burms with oxygen from the air. How many liters of sulfur dioxide gas would be released at STP if we burned 2.50 moles of sulfur with plenty of oxygen?
Answer:
The amount of sulfur dioxide gas released at STP would be 22.4 liters, which is calculated using the ideal gas law: PV = nRT, where P is pressure, V is volume, n is the number of moles, R is the universal gas constant, and T is temperature. In this case, n = 2.50 moles, R = 0.0821 L·atm/mol·K, T = 273 K (0°C), and P = 1 atm. Thus, V = (2.50 mol)(0.0821 L·atm/mol·K)(273 K)/(1 atm) = 22.4 L.
Explanation:
The equation AX + BY → AY + BX is the general equation for what kind of reaction?
A. synthesis reaction
B. decomposition reaction
C. single displacement reaction
D. double displacement reaction
Answer:
D. double displacement reaction
Socraticorg
Describe the type of bonds that different materials have and explain how these bonds account for the differences in melting point?
Lead contain covalent bond.Mercury has containing covalent bonding. Sodium chloride contained ionic bond. In water hydrogen bonding is present.
What is bond ?An enduring attraction between atoms or ions known as a chemical bond is what allows molecules and crystals to form. The bond may be created by the sharing of electrons in covalent bonds or by the electrostatic attraction of two oppositely charged ions, as in ionic bonds.
A water molecule contains two hydrogen atoms. With the oxygen atoms of various water molecules, both of these atoms are capable of forming hydrogen bonds. Up to three other water molecules can form hydrogen bonds with each individual water molecule.
Thus, Lead contain covalent bond.Mercury has containing covalent bonding. Sodium chloride contained ionic bond.
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what is the pH of 0.093 M KNO2
How many atoms of potassium make up 5.37 moles?
For every mole of potassium, there are 6.022 1023 potassium atoms. 6.0221023 K atoms make up one mole of KOH, which has one mole of K in it.
How do you find atoms in a mole?12 grammes of pure carbon-12 weigh exactly one mole, which is equal to 6.022 x 1023 atoms in that amount of carbon. • Avogadro's Number is the number of particles in a mole (6.0221421 x 1023).A substance's volume is measured in moles, which are 6.022 x 1023 units (such as atoms, molecules, or ions). Avogadro's number or Avogadro's constant is the quantity 6.022 1023. You can convert between particle mass and number using the idea of a mole. Sal Khan invented it.You may write this equation as follows: Number of Atoms or Molecules = (Number of Moles)*(6.022*1023) the link between a gramme and an atomic mass unit (amu).To learn more about atoms refer to:
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For every mole of potassium, there are 6.022 1023 potassium atoms. 6.0221023 K atoms make up one mole of KOH, which has one mole of K in it.
How do you find atoms in a mole?12 grammes of pure carbon-12 weigh exactly one mole, which is equal to 6.022 x 1023 atoms in that amount of carbon. • Avogadro's Number is the number of particles in a mole (6.0221421 x 1023).
A substance's volume is measured in moles, which are 6.022 x 1023 units (such as atoms, molecules, or ions). Avogadro's number or Avogadro's constant is the quantity 6.022 1023. You can convert between particle mass and number using the idea of a mole. Sal Khan invented it.
You may write this equation as follows: Number of Atoms or Molecules = (Number of Moles)*(6.022*1023) the link between a gramme and an atomic mass unit (amu).
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State, in terms of chemical bonds, what occurs when a chemical reaction has taken place:
When a chemical reaction takes place, chemical bonds between atoms or molecules are broken and new bonds are formed. This results in the formation of new substances with different chemical and physical properties than the reactants. The breaking and formation of chemical bonds involve the transfer or sharing of electrons between atoms or molecules, which alters the distribution of electrons in the reactants and products. The process of chemical reactions is governed by the laws of thermodynamics and kinetics, ensuring that the reactions are energetically favorable and can occur at specific rates.
N-methyl acetamide molecules can form dimers with each other. This dimerization is favored with CCl4 as a solvent but disfavored in aqueous solution. Why?
The N-methyl acetamide molecules can form dimers with each other through hydrogen bonding interactions between the amide hydrogen and the nitrogen atom of another molecule. The strength of these interactions depends on the solvent in which the molecules are dissolved.
In CCl4, the solvent is a non-polar solvent, which means that the solvent molecules do not have any polar groups that can form interactions with the N-methyl acetamide molecules. As a result, the N-methyl acetamide molecules are free to interact with each other and form dimers. The absence of polar groups in the solvent means that the molecules are not surrounded by any solvent molecules, hence the dimerization is favored.
On the other hand, water is a polar solvent, which means that the water molecules have polar groups that can form interactions with the N-methyl acetamide molecules. The polar nature of water means that the N-methyl acetamide molecules are surrounded by water molecules, which can interact with the polar groups on the N-methyl acetamide molecules and disrupt the hydrogen bonding interactions between the molecules. As a result, the dimerization of N-methyl acetamide molecules is disfavored in aqueous solution, and the molecules are less likely to form dimers.
The half-life of barium-131 given to patients undergoing x-ray imaging is 11.6 days. Suppose that 0.5g of barium-131 is given to a patient. How many grams would remain 2 months (60 days) later?
The amount of the barium-131 that would remain after 2 months (i.e 60 days), given that the barium-131 has an half-life of 11.6 days is 0.014 g
How do I determine the amoun remaining after 2 months?We know that the half-life of a material is the time taken for half the material to decay.
Thus, given the half-life of the barium-131, we shall begin our calculation by obtaining the number of half lives that has passed. This is shown below:
Half-life (t½) = 11.6 daysTime (t) = 2 months = 60 daysNumber of half-lives (n) =?n = t / t½
n = 60 / 11.6
Finally, we shall determine the amount that will remain after 2 months. This is illustrated below:
Number of half-lives (n) = 60 / 11.6Original amount (N₀) = 0.5 gAmount remaining (N) = ?N = N₀ / 2ⁿ
N = 0.5 / 2^(60 / 11.6)
N = 0.014 g
In conclusion, we can say that the amount that would remain after 2 months is 0.014 g
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Find the molecular formula from the following empirical formulas
KSO2 (206.34 g/mol)
BH3 (27.668 g/mol)
C3FeO6 (375.76 g/mol)
SF5 (254.14 g/mol)
The molecular formula of KSO₂ is K₂S₂O₄. Similarly the molecular formula of BH₃ is B₂H₆ and that of C₃FeO₆ is C₆Fe₂O₁₂.
What is empirical formula ?The empirical formula of a compound is derived from the number of moles of each element present and converting their ratio of number of moles into whole numbers.
The molecular formula is derived by dividing the molecular mass by the formula mass and multiply the empirical formula with the obtained integer.
The formula mass of KSO₂ = 103 g/mol
molecular mass = 206.34 g.
206.34/103 = 2.
then molecular formula = K₂S₂O₄
The formula mass of BH₃ = 14 g/mol
molecular mass = 27.668 g.
27.668/14 = 2.
then molecular formula = B₂H₆
The formula mass of C₃FeO₆ = 187.8 g/mol
molecular mass = 375.6g.
375.6 /187.8 = 2.
then molecular formula = C₆Fe₂O₁₂
The formula mass of SF₅ = 127 g/mol
molecular mass = 254.14 g.
254.14 /127 = 2.
then molecular formula = S₂F₁₀
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Rank the labeled protons (Ha-Hd) in order of increasing acidity starting with the least acidic.
Select one:
a. Hbb. Hdc. Hbd. Ha
The order of acidity of the protons that is correct is option B.
What makes the hydrogen acidic?We must look into the reason for the acidity of the hydrogen atoms if we want to get the real answer to the question that we have here. We have to note that the hydrogen atom that is closest to the place where there is an electron withdrawing group would be most acidic.
This implies that the hydrogen atom that is close to the highly electron withdrawing carboxyl group would be quite more acidic that an alkane hydrogen.
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Consider the nuclear equation below.
Which is the missing value that will balance the equation?
The balanced nuclear equation is as follows;
²²₁₁Na ---> ²²₁₀Ne + ⁰₋₁β
The correct answer is -1; option A.
What are nuclear equations?Nuclear equations are equations that show the changes that occur in the nucleus of atoms of elements.
The various types of nuclear reactions such as radiation decay, nuclear fusion, and nuclear fission are all represented by nuclear equations, which show the reactants and products. Atomic mass and proton number are conserved in nuclear reactions, as opposed to chemical equations, which demonstrate that the number of distinct elements is conserved in a reaction.
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Compound A, C undergoes reaction with ozone, followed by Zn treatment, to give 10H16, reacts with 2 molar equivalent(s) of hydrogen on catalytic hydrogenation. A Compound A > HCH CH3CCH3 Propose a structure for A. You do not have to consider stereochemistry. You do not have to explicitly draw H atoms In cases where there is more than one answer, just draw one.
The catalytic hydrogenation reaction is drawn like attached file
How to determine determine the reaction?
As per given formula is C₁₀H₁₆C₁₀H₁₆. The double bond equivalent (DBE) of the formula given will be:
DBE = (2C + 2 + N − H − X) : 2
notation:
C = The number of the carbon atom.
N = The number of the nitrogen atom.
H = The number of the hydrogen atom.
X = The number of the halogen atom.
DBE = (2 × 10 + 2 + 0 − 18 − 0) : 2
DBE = (20 + 2 − 18) :2
DBE = 2
It result in bicyclic compound. The catalytic hydrogenation reaction is drawn similarly to attached file
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similarities between nuclear and chemical reaction
What mass of solid La(I03)3 (663.6 g/mol) is formed when 50.0 mL of 0.250 M La³+ are mixed
with 75.0 mL of 0.302 M I03?
Answer:
To solve this problem, you need to use the mole ratios between the reactants to calculate how many moles of each reactant are used. The mole ratio between La³+ and La(I03)3 is 1:1 because there is one mole of La³+ for every mole of La(I03)3 that is produced. Similarly, the mole ratio between I03 and La(I03)3 is 3:1 because there are 3 moles of I03 for every mole of La(I03)3.
Using these mole ratios, you can calculate how many moles of each reactant are used in the reaction. First, you need to convert the volumes of the reactants to moles using their concentrations. The number of moles of La³+ is given by:
n(La³+) = (50.0 mL) * (0.250 M) = 12.5 moles
The number of moles of I03 is given by:
n(I03) = (75.0 mL) * (0.302 M) = 22.6 moles
Since the mole ratio between La³+ and La(I03)3 is 1:1, the number of moles of La(I03)3 produced is equal to the number of moles of La³+ used, which is 12.5 moles. The mass of La(I03)3 produced is then given by:
m(La(I03)3) = (12.5 moles) * (663.6 g/mol) = 8292.0 g
So, a mass of 8292.0 g of La(I03)3 is formed when 50.0 mL of 0.250 M La³+ are mixed with 75.0 mL of 0.302 M I03.
Explanation:
Are all anions non metals
please help
What is the most significant cause of species extinction on Earth?
A) rare disease
B) habitat destruction by humans
C) natural climate events
D) earthquakes
Answer:
b
Explanation:
i think
Be sure to answer all parts. A chemist mixes solid AgCl, CuCl2, and MgCl2 in enough water to give a final volume of 50.0 mL. (a) With ions shown as spheres and solvent molecules omitted for clarity, which of the following best represents the resulting mixture? Scene A Scene B Scene C Scene D (b) If each sphere represents 3.2 × 10−3 mol of ions, what is the total concentration of dissolved (separated) ions? M ions (c) What is the total mass of solid?
There are two types of mixture, one is homogeneous mixture and other is heterogeneous mixture. Therefore, the correct option is option A among all the given options.
What is mixture?When two or more compounds are combined but each ingredient retains its chemical identity, the result is referred to as a mixture. In other words, there is no chemical interaction between the parts of a combination. According to how consistent they are and how well the components' particle sizes match up, mixtures are categorized.
Out of AgCl, CuCl[tex]_2[/tex] and MgCl[tex]_2[/tex], CuCl[tex]_2[/tex] and MgCl[tex]_2[/tex] are soluble in water while AgCl is soluble in water. So, molecules of AgCl will settled down in the mixture. The correct representation of mixture is A.
Therefore, the correct option is option A.
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What was the law Marie Curie discovered through her experiment?
The law that Marie Curie discovered through her experiment was Law of Radioactive Decay. The correct option is b.
The Law of Radioactive Decay was discovered as a result of Marie Curie's ground-breaking radiation experiments. She noticed that as some materials spontaneously disintegrate over time, radiation is released from them.
The law was developed as a result of the constant rate of decay. According to the Law of Radioactive Decay, a material's radioactive decay rate is proportional to how much of the radioactive substance is present.
This discovery transformed how we think about atomic structure, opened the door for more developments in nuclear physics, and brought Marie Curie the 1903 Nobel Prize in Physics.
Thus, the correct option is b.
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Your question seems incomplete, the probable complete question is:
What was the law Marie Curie discovered through her experiment?
a) Law of Conservation of Energy
b) Law of Radioactive Decay
c) Law of Universal Gravitation
d) Law of Electromagnetic Induction
Calculate the bond energy of the Br-Cl bond, in kJ/mol, using AHº for the reaction (1.6 kJ/mol) and the information in the following table Bond Bond Energy (kJ/mol)
Br - Br 193
CI - CI 243
Br - CI ?
The bond energy of the Br-Cl bond would be 217.2 KJ/mol.
[tex]Cl_{2}[/tex] + [tex]Br_{2}[/tex] ----> 2 Br - Cl
Δ H° reaction = (bond of energy of [tex]Cl_{2}[/tex] + bond energy of [tex]Br_{2}[/tex] ) - 2 (bond energy of Br - Cl)
1.6 = 243 + 193 - 2 (B.E of Br - Cl)
Bond energy of Br - Cl = 243 + 193 - 1.6 / 2 = 217.2 KJ/mol
Electrostatic forces between negatively charged electrons and positively charged atomic nuclei produce bonds. The amount of energy required to separate the atoms forming a molecular bond into free atoms is known as bond energy, and it serves as a gauge of the strength of a chemical connection.
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