Answer: 3960 in
Explanation:
110 yards x 36 = 3960
1 yard = 3 feet or 36 inches
The masses for two elements, carbon, and hydrogen, were analyzed in four separate samples, shown in the table above. In which
sample would the empirical formula be C₂H₂?
Simply demonstrating the components of a molecule using the empirical formula is common practice.
How do we find empirical formula?Simply demonstrating the components of a molecule using the empirical formula is common practice.When one wants to see all of the elements they are dealing with at once, this is helpful.Equation of Evidence.Transform each element's mass into a mole by using the periodic table's molar mass.The lowest calculated number of moles is multiplied by each mole value.Closest entire number is rounded up.The empirical formula indicates this by using subscripts, and it is the elements' mole ratio.The empirical formula is the most basic formula for a compound and is defined as the ratio of subscripts of the fewest number of parts in the formula that may be expressed as a whole.
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Which of the following processes increases entropy of the system? A. crystallization of water at 0°C B. reaction NH3 + HCl → NH4Cl (5) (8) CO2(g) + 2 H2O(1) C. reaction CH4 (g) + 202 D. evaporation of liquid water
Option (C) is correct. Evaporation of liquid water increases the entropy of the system.
Entropy of the system can be defined as the measure of disorders of molecules in a system. The molecules starts moving randomly and with greater speed when water evaporates. That means disorders in the system has in creased. There is an increase in degrees of freedom over which energy can be expressed is going to mean an increase in entropy. The water molecule held by hydrogen bonds is going to be at both a lower energy and entropy state than a water molecule freed to express motion in many more axes. It interact with a greater number of other molecules by being evaporated.
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The complete question is,
Which of the following processes increases entropy of the system?
A. crystallization of water at 0°C
B. reaction NH3 + HCl → NH4Cl
C. evaporation of liquid water
Which of the following is the strongest intermolecular force? - hydrogen bonding
- dipole-dipole attractions
- dispersion forces
- covalent bonding
The strongest intermolecular force is hydrogen bonding.
Ionic bonds and covalent bonds are atomic bonds, meaning they are intramolecular. They are generally stable and relatively irreversible.
Hydrogen bonds, dipole-dipole interactions, and van der Waals forces (London dispersion forces) are some common examples of intermolecular forces. Intermolecular forces will never change the identity of the molecule and cannot be used to add atoms to a compound.
The strongest intermolecular force is hydrogen bonding, which is a particular subset of dipole-dipole interactions that occur when hydrogen is in close proximity to a highly electronegative element. The hydrogen takes on a partial positive charge and the electronegative atoms take on a partial negative charge.
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the lattice constant of gaas is 5.65 a, determine the number of ga atoms and as atoms per c m 3 . (b) determine the volume density of germanium atoms in a germanium semiconductor. the lattice constant of germanium is 5.65 a..
The Number of atoms per unit cell for Ga = 4 atoms per unit cell. Number of atoms per unit cell for As = 4 atoms per unit cell. Volume density of Germanium in its unit cell = 4.35 × 10²² /cm³
According to published data, GaAs has a number density of 4.42 x 10²²atoms/cm³.
Because it is well known that Ga and As are essentially equally distributed throughout GaAs.
Ga's number density is equal to As's number density (2.21 x 10²² atoms/cm³).
Volume of the unit cell = (lattice parameter)³ = (5.65 × 10⁻⁸)³ = 1.804 × 10⁻²² cm³
a) Number of atoms per unit cell for Ga and As = number density × volume of unit cell = 2.21 × 10²² × 1.804 × 10⁻²² = 4 atoms/unit cell
b) Volume density = Number of atoms per unit cell/volume of unit cell
A germanium unit cell contains 8 atoms (from literature)
Volume of unit cell = (lattice parameter)³ = (5.65 × 10⁻⁸)³ = 1.804 × 10⁻²² cm³
Volume density = 8/(1.804 × 10⁻²²) = 4.35 × 10²² /cm³
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The selection is 1-10
The number that would be written in front of water in the formula Fe(C2H3O2)2.xH2O is x = 0.036056.
What is moles?A mole, often represented by the symbol "mol," is a unit of measurement for the amount of a substance. It is defined as the amount of a substance that contains the same number of entities (such as atoms, molecules, or ions) as there are in 12 grams of pure carbon-12.
From the given data, we know that the hydrate is Fe(C2H3O2)2.xH2O and the anhydrate is Fe(C2H3O2)2.
We know that when the hydrate loses water, the mass of the anhydrate (Fe(C2H3O2)2) should be equal to the mass of the hydrate minus the mass of the water lost. This means:
mass of anhydrate = mass of hydrate - mass of water lost
We know that the mass of hydrate is 9.13g and the mass of water lost is 1.58g. So,
mass of anhydrate = 9.13g - 1.58g = 7.55g
We know the molar mass of Fe(C2H3O2)2 is 208.03 g/mol
number of moles of anhydrate = mass of anhydrate / molar mass of anhydrate
number of moles of anhydrate = 7.55g / 208.03 g/mol = 0.036056 mol
We know that number of moles of water = number of moles of anhydrate, x represents the number of moles of water present in hydrate.
so x = 0.036056 mol
Therefore, the number that would be written in front of water in the formula Fe(C2H3O2)2.xH2O is x = 0.036056.
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How many significant figures are in the following 1,266.9-4,633.1
Evaporation of water molecules occurs from water:
Question 8 options:
when the average temperature is 100 degrees Celsius
when one calorie of energy is added to 1 gram of water
when 580 calories of energy are added to 1 gram of water
when water is at room temperature
in all of the conditions listed above
Answer:
In a gas, they move around wildly and have a great deal of space between them. In the water cycle, evaporation occurs when sunlight warms the surface of the water. The heat from the sun makes the water molecules move faster and faster, until they move so fast they escape as a gas
given two variables ival and fval, containing respectively an integer and a float value, write a statement that writes both of their values to standard output in the following format: i
To write both values of ival and fval to standard output in the specified format, you can use the following code snippet:
#include <iostream>
int main() {
int ival = 5;
float fval = 2.4;
std::cout << "i: " << ival << ", f: " << fval << std::endl;
return 0;
}
This code snippet will output the following:
i: 5, f: 2.4The code snippet provided above is a simple example of how to write two values to standard output in the specified format. However, there are many other ways to achieve the same result. For example, you could use the C++ iomanip library to control the formatting of the output. Additionally, the same code can be written in other programming languages such as Python, Java, and JavaScript.
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If a beaker had a mass while empty of 100.8823 g and then 4.9961 g of solid was added to it, what would the total mass of the beaker and solid be?
Answer:105.8784
Explanation: I'm not good at explaining things because all I did was add the two numbers together.
To obtain pure lead, lead (II) sulfide is burned in an atmosphere of pure oxygen. The products of the reaction are lead and sulfur trioxide (SO3). Write a balanced chemical equation for this process.
The chemical formula for the reaction is 2PbS + 3O₂ ⟶ 2Pb + 2SO₃, which is balanced equation. Lead (II) sulfide is burned in a pure oxygen environment to produce pure lead.
How may an equation be balanced?To verify that the equation is accurate, we count the atoms of each element on both sides of the equation. This equation is now balanced since such concentration of atoms found in each element on both edges is now equal.
A chemical equation's balance can be determined in what ways?The total number of atoms of each element on the reactant and product sides are then compared once more after all the different aspects have been harmonized. In the absence of differences, the chemical equation is said to be balanced.
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what is answer number 23 please
The compounds that are listed on the table are molecular compounds.
What is molecular compounds?A molecular compound is made up of molecules with formulas that represent the number of atoms bonded together in the molecule. The atoms are joined to form a definite shape that is defined by the angles between the bonds and the lengths of the bonds.At room temperature, most molecular compounds are gases or liquids, and those that are solids are soft and pliable. They have low melting and boiling points, are poorly soluble, and are poor electrical conductors.Molecular compounds are created by combining two or more nonmetals and sharing their electrons to form an octet. Covalent bonds allowed nonmetals to share electrons.To learn more about molecular compounds refer to :
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Match the following pairs of substances with the IMF that exists between them.1. Dipole-induced dipolesodium ion and water HCl and CH3F ammonia and water oxygen gas and water2. Hydrogen bondingsodium ion and water HCl and CH3F ammonia and water oxygen gas and water3. ion-dipolesodium ion and water HCl and CH3F ammonia and water oxygen gas and water4. dipole-dipole interactionsodium ion and water HCl and CH3F ammonia and water oxygen gas and water
The various interactions for the substances in question are listed below.
1) Oxygen gas (O₂) and water have dipole - induce dipole interaction.
2) Sodium ion and water have ion - dipole force.
3) HCl and CH₃F have dipole - dipole force.
4) Ammonia and water have hydrogen bonding.
Intermolecular forces (IMF) are defined as that of the attractive as well as repulsive forces which thus arise between the molecules in a substance.
Hydrogen bonding would be defined as that of the interaction of a hydrogen atom among both two other atoms with a high affinity for electrons; this bond is relatively weak than that of an ionic bond as well as covalent bond and even though powerful than van der Waals forces.
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Look at Position B on the map. Sometimes the line doesn't have an elevation
written near it, or the elevation is written somewhere else on the line (follow
around). If the line is darker than the other lines, it is called an index line.
The thickest contour lines are called index lines, and they are often numbered at some point along their length.
An index line is what?Index lines, which are the thickest contour lines, are frequently numbered along their length. The height above sea level is seen from this. 2. The thinner, more frequent intermediate lines are located between the index lines.
A curve that connects points of equal value and along which the function has a constant value is called a contour line for a two-variable function. In the three-dimensional graph of the function f, it is a section of the plane.
A contour line is a line drawn to indicate a dip or elevation of the ground on a topographic map. A contour interval is the vertical distance or elevation difference between two contour lines.
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Please answer my question.
Number of sigma bond is 4, number of pi bond is 4 and hybridisation of carbon is sp³. A bond, also known as a chemical bond, is a connection between the atoms of molecules.
What is bond?A bond, also known as a chemical bond, is a connection between the atoms of molecules, compounds, and the ions and molecules of crystals. An attraction that persists over time between two atoms, molecules, or ions is referred to as a bond.
Most bonding behavior may be described by the attraction of two electrical charges that are in opposition to one another. An atom's or ion's electrons are drawn to both its own positively charged nucleus, which contains protons, and the nuclei of other adjacent atoms.
number of sigma bond =4
number of pi bond =4
hybridisation of carbon= sp³
Therefore, in above given ways blanks can be filled.
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The temperature above which a substance cannot exist as a liquid but behaves as a gas regardless of the pressure upon it is the CRITICAL TEMPERATURE.
The temperatures and pressures when the liquid and gaseous phases are equally stable and in equilibrium.
The temperature range and pressure range at which a supercritical fluid can exist. The physical states of a substance at various pressure and temperature levels are depicted in a phase diagram. In this diagram, the pressure is often depicted on the y-axis while the temperature is displayed on the x-axis. The critical point, which is where the line separating the liquid and gaseous phases disappears, is depicted graphically. A substance that has passed the critical point is referred to as a supercritical fluid. Based on the description provided above, all responses other than A are false. The flexibility to alter fluid density-directly affecting extraction parameters like temperature and pressure.
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How many moles of gas occupy 157L at a pressure of 4.6 atm and a temperature of 471K?
Answer:
Approximately 10 moles of gas.
Explanation:
Ideal Gas Law = PV=nRT
n = (PV) / (RT)
n = (4.6 atm * 157 L) / (0.0821 Latm/mol-K * 471 K)
n = approximately 10 moles of gas.
The iodide ion reacts with hypochlorite ion (the active ingredient in chlorine bleaches) in the following way:
OCl−+I−→OI−+Cl− .
This rapid reaction gives the following rate data:
[OCl−](M) [I]−(M) Rate (M/s)
1.5×10−3 1.5×10−3 1.36×10−4
3.0×10−3 1.5×10−3 2.72×10−4
1.5×10−3 3.0×10−3 2.72×10−4
Part A
Write the rate law for this reaction.
Write the rate law for this reaction.
rate=k[OCl−]2[I−]
rate= k[I−]
rate= k[OCl−]
rate= k[OCl−][I−]
Part B
Calculate the rate constant with proper units.
Express your answer using two significant figures.
k = M−1s−1
Part C
Calculate the rate when [OCl−]= 2.1×10−3 M and [I−]= 5.6×10−4 M .
Express your answer using two significant figures.
rate = M/s =
A) rate = k[OCl^-]^2[I^-]
B) To calculate the rate constant, you can use the rate data from the experiment and rearrange the rate law.
rate = k[OCl^-]^2[I^-]
k = rate / [OCl^-]^2[I^-]
Taking one of the data points, k = 1.36 × 10^-4 / (1.5 × 10^-3)^2 (1.5 × 10^-3) = 3.07 × 10^3 M^-1s^-1
C) Using the rate law and the rate constant, the rate can be calculated when [OCl^-]= 2.1 × 10^-3 M and [I^-]= 5.6 × 10^-4 M.
rate = k[OCl^-]^2[I^-] = 3.07 × 10^3 (2.1 × 10^-3)^2 (5.6 × 10^-4) = 2.84 × 10^-4 M/s
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The relationship of ___ production and ___ ____ consumption provides a straightforward way to measure primary productivity. The answers are two different gases.
The relationship of oxygen production and carbon dioxide consumption provides a straightforward way to measure primary productivity.
In ecology, primary productivity is the rate at which energy is converted to organic substances to obtain energy. There are two ways to do the conversion: photosynthetic producers obtain energy and nutrients by harnessing sunlight, while chemosynthetic producers obtain chemical energy through oxidation.
Primary productivity is generally calculated and determined by measuring the output of oxygen or the uptake of carbon dioxide. The rate of production is expressed by grams of organic carbon, per unit area, per unit of time.
Net primary productivity is the amount of organic material produced that can be used by consumers.
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A chemist must prepare 775.mL of 140.mM aqueous silver nitrate AgNO3 working solution. She'll do this by pouring out some 0.386M aqueous silver nitrate stock solution into a graduated cylinder and diluting it with distilled water.Calculate the volume in mL of the silver nitrate stock solution that the chemist should pour out. Round your answer to 3 significant digits.
The volume in mL of the silver nitrate (AgNO₃) stock solution that the chemist should pour out is 281 mL.
Volume (V₁) = 775 mL
Molarity (M₁) = 140 mM = 140 / 1000 = 0.140 M
Molarity (M₂) = 0.386 M
Volume (V₂) = ?
By the formula,
M₁V₁ = M₂V₂
V₂ = (M₁V₁)/M₂
Substitute the values to obtain volume (V₂),
V₂ = (0.140 M × 775 mL)/0.386 M
⇒ V₂ = 108.5/0.386
⇒ V₂ = 281.0 mL
Hence, the volume in mL of the silver nitrate (AgNO₃) stock solution that the chemist should pour out is 281 mL.
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element compounds and mixtures
Answer:
1.) The smallest unit of an element that maintains the properties of the element is an atom.
2.) All compounds are molecules, but not all molecules are compounds.
A compound is a substance formed by the chemical combination of two or more elements in fixed proportions. Compounds have distinct properties that are different from those of their constituent elements.
A molecule is a group of two or more atoms held together by chemical bonds. Molecules can be made up of a single type of atom (such as O2 or N2) or a combination of different elements (such as H2O or CO2). Not all molecules are compounds, as some can be made up of a single type of atom.
3.) Mixtures that look the same throughout and have the same composition and properties in all parts of the mixture are called homogeneous mixtures. An example of a homogeneous mixture is salt water, where the salt is evenly dispersed in the water and cannot be seen or felt as separate particles. Other examples of homogeneous mixtures include air, sugar in water, and gasoline.
4.) A heterogeneous mixture that has particles that will mix but slowly settle out is called a suspension. In a suspension, the particles are large enough to scatter light, making the mixture appear cloudy or murky. The particles in a suspension are not evenly distributed throughout the mixture and will eventually settle to the bottom if left undisturbed for a period of time. Examples of suspensions include muddy water, orange juice with pulp, and paint.
5.) Mixtures that look different throughout and have varying composition and properties in different parts of the mixture are called heterogeneous mixtures. An example of a heterogeneous mixture is fruit salad, where different types of fruit are physically combined but remain distinct and can be separated from each other. Other examples of heterogeneous mixtures include granola, a pile of mixed rocks, and a glass of ice water with ice cubes floating in it.
6.) A heterogeneous mixture that has large particles that do not stay mixed is called a colloid. In a colloid, the particles are larger than those in a solution, but smaller than those in a suspension, and are evenly dispersed throughout the mixture. Colloids often appear homogeneous, but the particles will separate if the mixture is left undisturbed for a period of time. Examples of colloids include milk, fog, and whipped cream.
7.) A chemical change is a process in which a substance undergoes a transformation to produce one or more new substances with different chemical properties. In a chemical change, the original substances are broken down and rearranged into new substances, resulting in a permanent change. The substances produced in a chemical change cannot be easily reversed to their original form. Examples of chemical changes include burning, rusting, digestion, and rotting.
8.) A molecule is a group of two or more atoms held together by chemical bonds. When atoms bond together to form molecules, they create new substances with unique chemical and physical properties. Examples of molecules include water (H2O), carbon dioxide (CO2), and glucose (C6H12O6). These molecules are composed of chemically combined particles (atoms) that can no longer be separated into individual atoms by physical means.
9.) A substance made up of different kinds of atoms chemically combined is called a compound.
10.) Yes, mixtures can be classified based on particle size.
In general, mixtures can be classified into three categories based on particle size: solutions, suspensions, and colloids.
A solution is a homogeneous mixture of two or more substances, where the particles are small enough to be evenly dispersed throughout the mixture, giving it a uniform appearance.
A suspension is a heterogeneous mixture of larger particles that will eventually settle out if left undisturbed.
A colloid is a heterogeneous mixture with particles that are larger than those in a solution, but smaller than those in a suspension. Colloids appear homogeneous, but the particles will separate over time if left undisturbed.
This classification based on particle size is useful for understanding the behavior and properties of mixtures, as well as for separating and purifying substances.
11.) Physical changes.
12.) The substance that is dissolved to make a solution is called the solute.
13.) Homogeneous mixtures that have small particles that completely dissolve in one another are called solutions.
14.) The substance that does the dissolving in a solution is called the solvent.
15.) The substance made of elements and compounds that are not chemically combined is called a mixture.
16.) A technique used to separate a mixture of different liquids with different solubilities is called liquid-liquid extraction.
17.) A type of mixture that does have a uniform composition is called a homogeneous mixture.
18.) Elements and compounds are examples of pure substances.
P.S. I hope you learned something!
which of the following is not the correct chemical formula for the compound named? group of answer choices beryllium oxide, be2o ammonium chloride, nh4cl hydrobromic acid, hbr(aq) copper(i) fluoride, cuf calcium sulfate, caso4
The incorrect chemical formula is "be2o" for beryllium oxide. The correct formula is "BeO".
How are elements represented?In chemical formulas, the elements are represented by their chemical symbols, which are abbreviations for the element name.
The chemical symbol for beryllium is "Be", and the symbol for oxygen is "O".
Therefore, the chemical formula for beryllium oxide is "BeO". "be2o" is not a valid chemical formula as it does not follow the standard notation of using the chemical symbols for the elements in a compound.
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choose the word that matches each definition. : a chip that executes the instructions within a device, sometimes referred to as the brains of the computer : broke the enigma code in world war ii : a glass tube containing electrodes used as a switch to produce on or off signals for the computer
The definitive word for each of the given sentences is as follows:
A chip that executes the instructions within a device sometimes referred to as the brains of the computer: MicroprocessorBroke the enigma code in World War II: Alan TuringA glass tube containing electrodes is used as a switch to produce on or off signals for the computer: Vacuum Tube.A microprocessor is a compact and integrated chip that contains the central processing unit (CPU) of a computer. Alan Turing was a British mathematician and computer scientist who played a crucial role in breaking the German Enigma code during World War II. A vacuum tube, also known as a valve, is an electronic component consisting of a glass or metal tube with electrodes sealed inside.
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Answer:
cpu , al , vaccum tube
Explanation:
100% on edge
A throwback to the six periods of music and evaluate how its development affected modern music. “
Medieval, Renaissance, Baroque, Classical, Romantic, and 20th/21st Century are the six musical eras, with each roughly corresponding to a specific time period.
Explain about the modern music?Electronic drums, electric guitars, and other contemporary instruments are considerably more frequently used in modern music. Modern compositions emphasizes the use of novel or formerly reserved for classical music instruments in an effort to make them "cool" and increase audience appeal.
Modernism in music is an aesthetic position that underlies the period of change and development in musical language that took place around the turn of the 20th century. During this time, there were many responses to challenging and reinterpreting older categories of music, as well as innovations that led to new ways of organizing and approaching.
The terms popular music and pop music are sometimes used synonymously, despite the fact that the former refers to all music that is popular and encompasses a wide range of different genres.
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Calculate the pH for the following concentration: [H3O+] = 10.33 x 10-9 M
how does electrolysis of hcl in water work?
Answer:
it cleans water and kills the germs
In naming a binary molecular compound, the number of atoms of each element present in the molecule is indicated by ____.
prefixes
The number of atoms of each element in a compound can be indicated by the number written on each element.
Determine the number of atomsSteps to calculate the number of atoms:
The number after the element symbol: indicates the number of atoms written after the element symbol in subscript format (small number below) H₃PO₄, atomic number 8The number after the brackets: indicates the number that must be multiplied by the number of atoms in the brackets (NH₄)₂CO₃ Number of atoms = 14The numbers written before the chemical formula are not part of the chemical formula. This number indicates the number of molecules that are behind it. This number usually appears in the equation (coefficient) of a chemical reaction. This number is used in calculating the number of atoms before and after the reaction. 2 H₂O Number of atoms = 6The number written after the dot (and in front of a molecular formula) represents the number of molecules behind it. The period (.) indicates the compound is actually made up of two parts joined together. This number usually appears in the crystal water formula. CaCl₂.2 H₂O Atomic number = 9Learn more about Atom here: https://brainly.com/question/6258301
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Ethanol is a common laboratory solvent and has a density of 0.789 g/ml. What is the mass, in grams, of 143 ml of ethanol?
143 millilitres of ethanol have a mass of 113.397 grammes.
What is ethanol?The volatile, transparent liquid ethanol, usually referred to as ethyl alcohol, is frequently employed as a solvent in lab settings. It has a density of 0.789 grammes per millilitre and the chemical formula C2H5OH, making it an organic substance.
How do you determine it?We can determine the mass of a given volume of a substance since its density is defined as its mass per unit volume.
We only need to multiply the density by the volume of the ethanol to determine its mass, which is 143 millilitres. This calculation's formula is:
Volume times Density = Mass
When we enter the ethanol values, we obtain:
mass = 143 ml x 0.789 g/ml = 113.397 g
Therefore, 143 millilitres of ethanol have a mass of 113.397 grams.
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Intramolecular forces act ______, while intermolecular forces act ______.between atoms in a molecule; between molecules in a sample
Intramolecular forces act between atoms in a molecule while intermolecular forces act between molecules in a sample..
Intramolecular forces are the forces that hold atoms together within a molecule. Intermolecular forces are forces that exist between molecules. The intramolecular forces binds together the atoms making up a molecule or compound. Intermolecular forces which are the forces present between molecules. The Chemical bonds are considered to be intramolecular forces which are stronger than intermolecular forces present between non-bonding atoms or molecules. Basically, Intramolecular forces holds atoms together within a molecule and Intermolecular forces are forces that exist between molecules.
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The reduction of nitric oxide with hydrogen 2 NO + 2 H2 N2 + 2 H20 is second order in NO and third order overall. Complete the rate law for this reaction in the box below. Use the form k[A]m[B]*... , where '1' is understood for m, n ... (don't enter 1) and concentrations taken to the zero power do not appear. Rate =
The Complete rate law for this reaction is Rate =k[NO]²[H2].
The rate of reaction, also known as reaction rate, is the rate at which reactants transform into products. It should go without saying that different chemical reactions occur at different rates. While certain chemical reactions take place extremely immediately, others usually take some time to reach their final equilibrium.
The rate at which a chemical reaction proceeds is known as the reaction rate. The concentration of a reactant that is consumed in a unit of time or the concentration of a product that is produced in a unit of time are two common ways to define it (amount per unit volume).
v₀= k [A]ₓ [B]ₐ
v₀ = rate
k = rate constant
A = concentration of species A
ₓ = order of reaction with respect to A
B = concentration of species B
ₐ = order of reaction with respect to B
so,
2 NO + 2 H₂ ⇒ N₂ + 2 H₂0
V₀ =k[NO]²[H2].
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A chemist must prepare 675 mL of 16.0 μΜ aqueous mercury II iodide HgI2 working Solution. He'll do this by pouring out some 678 μmol/L aqueous mercury (II) iodide stock solution into a graduated cylinder and diluting it with distilled water. aqueous L Calculate the volume in mL of the mercury (II) iodide stock solution that the chemist should pour out. Round your answer to 3 significant digits
Answer:
Initial molarity of stock solution, M1 = 67.8um
Explanation:
I hope this helps!
