a. low melting point: Nonmetals. b. shiny: Metals. c. poor conductor: Nonmetals. d. ductile: Metals. e. malleable: Metals. f. brittle: Nonmetals. g. good conductor: Metals. h. high melting point: Metals
a. Low melting point is generally displayed by nonmetals. Metals tend to have high melting points.
b. Metals are typically shiny due to their ability to reflect light.
c. Nonmetals are generally poor conductors of heat and electricity.
d. Metals are ductile, meaning they can be drawn into thin wires without breaking.
e. Metals are malleable, meaning they can be hammered into thin sheets or shapes without shattering.
f. Nonmetals are usually brittle, meaning they are prone to breaking or shattering when subjected to stress.
g. Metals are good conductors of heat and electricity.
h. Metals typically have high melting points compared to nonmetals.
It's important to note that these are general trends and not absolute characteristics for all metals or nonmetals. Some exceptions or variations may exist within specific elements or compounds.
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Is magnetic force or gravitational force a stronger force? why?
In a chemical change
a. a phase change occurs
b. a phase change never occurs
c. the original material can never be regenerated
d. the products are different substances from the starting materials
Answer:
the product are different substances frim the starting materails
what is the oxidation state of an individual carbon atom in caco3 ? express the oxidation state numerically (e.g., 1).
The oxidation state of an individual carbon atom in CaCO3 is +4. The oxidation state of an individual carbon atom in compounds is often determined by analyzing the compound's structure. In the case of CaCO3, the compound is composed of a carbon atom, two oxygen atoms, and a calcium atom. The oxygen atoms are electronegative and will pull electrons away from the carbon atom. As a result, the carbon atom will be oxidized.
In this compound, there are three oxygen atoms (-2 each) and one calcium atom (+2). To calculate the oxidation state of the carbon atom, we can use the following formula:
Oxidation state of C + 3 × oxidation state of O + oxidation state of Ca = 0
Let's plug in the values we know:
Oxidation state of C + 3 × (-2) + (+2) = 0
Simplifying this equation gives us:
Oxidation state of C = +4
Therefore, the oxidation state of the individual carbon atom in CaCO3 is +4.
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Question 1. Give the systematic name for the following compounds.
From the question, we can see that the names of the compounds are;
1. 2,2-dimethylnonane
2. 2,2-dimethylbutane
3. 2,4-diethylcyclopentene
What is systematic naming?The International Union of Pure and Applied Chemistry (IUPAC) criteria and rules are normally followed in order to determine the systematic name of a substance. A defined procedure for identifying both organic and inorganic substances is provided by the systematic naming system, also known as IUPAC nomenclature.
Considerations like stereochemistry, ring systems, or several functional groups may be necessary for complex molecules. Such situations may benefit from examining in-depth references or using specialized software.
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What is the other name for a helium nucleus?
Hi there.
Thanks for chosing Brainly! How are you today?
Another name for Helium Nucleus is Alpha Particle.
Alpha Particles are the same as a Helium Nuclues, just a different word usage. They have the same definitions.
Thanks for your question.
- Tutor John
What best explains why sodium is more likely to react with another element than an element such as neon?
a.) Sodium has one fewer proton than neon.
b.) Sodium has fewer electron than neon.
c.) Sodium has one more electron than neon.
d.) Sodium has one more neutron than neon.
BAnswer:
Explanation:
N
Determine the empirical formula for the compound represented by each molecular formula. a. N2O4 b. C5H12 c. C4H10
a. The empirical formula for N2O4 is NO2.
b. The empirical formula for C5H12 is C5H12.
c. The empirical formula for C4H10 is C2H5.
a. N2O4: To determine the empirical formula, we need to find the simplest whole-number ratio of the atoms present in the compound. In this case, there are two nitrogen (N) atoms and four oxygen (O) atoms. Dividing the subscripts by their greatest common divisor, we get the empirical formula NO2.
b. C5H12: Similarly, for C5H12, there are five carbon (C) atoms and twelve hydrogen (H) atoms. Dividing by their greatest common divisor (which is 1 in this case), we find that the empirical formula is C5H12 itself.
c. C4H10: For C4H10, there are four carbon (C) atoms and ten hydrogen (H) atoms. Dividing by their greatest common divisor, which is 2, we obtain the empirical formula C2H5.
In summary, the empirical formula for N2O4 is NO2, for C5H12 it is C5H12, and for C4H10 it is C2H5. These empirical formulas represent the simplest ratio of atoms in each compound.
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The alkali metals are
Answer:
They are lithium (Li), sodium (Na), potassium (K), rubidium (Rb), cesium (Cs), and francium (Fr).
Hope this helps :)
Answer:
Groups one of the periodic table.
Lithium Li
Sodium Na
Potassium K
Rubidium Rb
Cesium Cs
Francium Fr
At what
temperature does oxygen turn from a solid into a liquid (in °C)?
Answer:
‑297 degrees Fahrenheit (‑183 degrees Celsius).
Explanation:
Answer:
-218°C.
Explanation:
Oxygen's melting point is -218°C. At that temperature, solid oxygen starts converting to liquid.
Calculate the pH of a polyprotic acid given and sketch the titration curves for the following reaction:
A 20.0-mL aliquot of 0.100M of a tartaric acid with 0.100M NaOH
pKa1 = 2.3 pKa2= 4.3
The pH of the tartaric acid solution before titration can be calculated using the Henderson-Hasselbalch equation. With a 20.0 mL aliquot of 0.100 M tartaric acid and pKa1 = 2.3, the pH is approximately 2.88.
The pH of the tartaric acid solution before titration can be calculated using the Henderson-Hasselbalch equation, pH = pKa + log([A-]/[HA]). Since we have only the tartaric acid, the concentration of the conjugate base [A-] is 0. With a pKa1 of 2.3, substituting the values gives us pH ≈ 2.88. This pH represents the initial acidity of the tartaric acid solution. During titration, as NaOH is added, the pH will change based on the neutralization of acidic protons. The titration curve will show pH changes at specific volumes of NaOH added, reflecting the stepwise deprotonation of the acid.
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Which one has indefinite shape and indefinite volume? *
1.Aluminum sheet
2. Liquid water
3. Air
4. O Copper wire
Answer:
gas: indefinite shape, indefinite volume. Indefinite shape means that the sample in question takes on the shape of the container. If some water was poured from a round container into a square container, the shape of the sample would change. Indefinite volume means the sample would expand to fill the entire container.
Explanation:
When we know the initial concentrations of the reactants and the changes in those concentrations, we multiply them to find the equilibrium concentrations. True False
False. When we know the initial concentrations of the reactants and the changes in those concentrations, we cannot simply multiply them to find the equilibrium concentrations.
Instead, we need to apply the principles of chemical equilibrium and use the equilibrium constant expression to determine the equilibrium concentrations.
The equilibrium constant expression relates the concentrations of the reactants and products at equilibrium and is specific to the balanced chemical equation for the reaction. It is expressed in terms of the molar concentrations (or pressures) of the species involved.
For a generic chemical reaction:
aA + bB ⇌ cC + dD
The equilibrium constant expression is:
K = ([C]^c * [D]^d) / ([A]^a * [B]^b)
Where [A], [B], [C], and [D] represent the molar concentrations of the respective species at equilibrium.
To find the equilibrium concentrations, we need to solve the equilibrium constant expression using the known initial concentrations and the changes in concentrations provided. The changes in concentrations arise from the stoichiometry of the reaction and depend on the balanced equation coefficients.
For example, if the initial concentration of species A is [A]₀ and it undergoes a decrease in concentration of Δ[A], then the equilibrium concentration of A would be ([A]₀ - Δ[A]).
Similarly, if the initial concentration of species B is [B]₀ and it undergoes an increase in concentration of Δ[B], then the equilibrium concentration of B would be ([B]₀ + Δ[B]).
The changes in concentrations can be determined from experimental data or calculated based on the stoichiometry of the reaction and the extent of the reaction.
It's important to note that the equilibrium concentrations represent the concentrations of the species at the point of equilibrium, where the rates of the forward and reverse reactions are equal. Multiplying the initial concentrations by the changes in concentrations does not account for the dynamic nature of the equilibrium process and does not provide accurate equilibrium concentrations.
Therefore, we cannot simply multiply the initial concentrations by the changes in concentrations to find the equilibrium concentrations. Instead, we need to use the equilibrium constant expression and solve for the equilibrium concentrations based on the principles of chemical equilibrium.
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samples of f2 gas and xe gas are mixed in a container of fixed volume
The formula of the compound formed when all of the Xe gas reacted is XeF₄. The correct option is C.
Based on the given information, we know that the initial partial pressure of F₂ gas is 8.0 atm and that of Xe gas is 1.7 atm. When all of the Xe gas reacts, the pressure of the unreacted F₂ gas is 4.6 atm. This indicates that there is a change in pressure due to the consumption of Xe gas.
The reaction between Xe and F₂ can be represented as follows:
Xe + F₂ → XeFₓ
To determine the formula of the compound formed, we need to find the value of x in XeFₓ.
According to the ideal gas law, the ratio of the initial and final pressures is equal to the ratio of the initial and final moles of gas, provided the temperature remains constant.
(P₁/P₂) = (n₁/n₂)
Initially, the moles of Xe gas are given by:
n₁ = P₁ / (R * T) = 1.7 atm / (0.0821 L·atm/mol·K) = 0.0207 mol
Finally, the moles of unreacted F₂ gas are:
n₂ = P₂ / (R * T) = 4.6 atm / (0.0821 L·atm/mol·K) = 0.056 mol
To find the value of x in XeFₓ, we can compare the moles of Xe and F₂ in the reaction:
1 mol of Xe reacts with x mol of F₂.
0.0207 mol of Xe reacts with 0.056 mol of F₂.
Using the mole ratio, we can determine x:
x = (0.056 mol) / (0.0207 mol) ≈ 2.70
The formula of the compound formed is XeF₄, where x = 4. Therefore, the correct answer is option (C).
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Complete Question:
Samples of F2 gas and Xe gas are mixed in a container of fixed volume. The initial partial pressure of the F2 gas is 8.0 atmospheres and that of the Xe gas is 1.7 atmospheres. When all of the Xe gas reacted, forming a solid compound, the pressure of the unreacted F2 gas was 4.6 atmospheres. The temperature remained constant. What is the formula of the compound? (A) XeF (B) XeF3 (C) XeF4 (D) XeF6 (E) XeF8
if you have a solution with hydroxide ion ( oh- ) concentration of 0.4180 m, then what would be the ph?
The pH of a solution with hydroxide ion (OH-) concentration of 0.4180 M can be calculated using the formula for the negative logarithm of the hydroxide ion concentration (pOH) and the relationship between pOH and pH.
Here's how: Step 1: Calculate the pOHpOH = -log[OH-]pOH = -log[0.4180]pOH = 0.3786Step 2: Calculate the pH using the relationship between pOH and pHPH + pOH = 14pH = 14 - pOHpH = 14 - 0.3786pH = 13.6214. Therefore, the pH of the solution with a hydroxide ion concentration of 0.4180 M is approximately 13.6214.
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consider the spectra of the four objects shown beneath the laboratory spectrum. based on these spectra, what can you conclude about object 4?
From the four objects beneath the laboratory spectrum, it can be concluded that object 4 has absorption lines that are the same as those in the spectrum produced by the laboratory light source.
Considering the spectra of the four objects depicted beneath the laboratory spectrum, the following can be inferred about Object 4: Object 4 has absorption lines that match those in the spectrum produced by the laboratory light source. The remaining three objects' spectra, on the other hand, do not have identical absorption lines as the laboratory spectrum. In this instance, the object absorbs particular wavelengths of light, resulting in dark lines in the spectrum. It's also worth noting that each chemical element has a unique absorption spectrum, which may aid in determining the elements present in an object. As a result, object 4 and the laboratory spectrum were most likely produced by the same substance, and the absorption lines indicate which elements are present. Based on this, it can be inferred that object 4 is likely made up of the same elements as the laboratory light source.
As a result, from the four objects beneath the laboratory spectrum, it can be concluded that Object 4 has absorption lines that match those in the spectrum produced by the laboratory light source. Additionally, each chemical element has a distinct absorption spectrum, which may assist in determining the elements present in an object.
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What is an energy level?
a. The region outside the nucleus where an electron is likely to be moving.
b. The region inside the nucleus where an electron is located.
c. The region outside the nucleus where a proton is likely to be moving.
d. The region outside the nucleus where a neutron is likely to be moving.
Answer:
A. The region outside the nucleus where an electron is likely to be moving.
Answer:
Energy levels (also called electron shells) are fixed distances from the nucleus of an atom where electrons may be found. Electrons are tiny, negatively charged particles in an atom that move around the positive nucleus at the center. Energy levels are a little like the steps of a staircase. You can stand on one step or another but not in between the steps. The same goes for electrons. They can occupy one energy level or another but not the space between energy levels.
:D
How does an ion of sodium differ from an atom of sodium?
Answer:
Sodium ion and atom are both sodium-atoms, sodium ion is only the state of sodium-atom due to change in valence electrons, at this ion state time it is highly reactive, due to it’s reactivity they are unstable by there nature and try to search there partner element-atoms to make a stable ionized compound.
Explanation:
Answer:
The size of sodium ion is smaller than that of sodium atom. Sodium ion has less electrons
Explanation:
12. The net force determines how and if an
object will
Answer:The strength of a force is measured in . The net force determines how and if an object will . direction as the force.
Explanation:
In a calorimetry experiment, it was determined that a 92.0 gram piece of copper metal released 1860 J of heat to the surrounding water in the calorimeter (Qcopper = -1860 J). If the final temperature of the copper metal-water mixture was 25.00 C, what was the initial temperature of the copper metal? The specific heat of copper is 0.377 J/(g°C). a. 28.6 °C
b. -28.6 °C
c. 78.6 °C
d. 92.6 °C
e. 53.6 °C
The initial temperature of the copper metal with specific heat 0.377 J/(g°C) was 78.6 °C. The correct answer is option B.
In a calorimetry experiment, the heat released by the copper metal (Qcopper) can be calculated using the equation:
Qcopper = m * c * ΔT
where:
Qcopper = heat released by the copper metal
m = mass of the copper metal (92.0 g)
c = specific heat of copper (0.377 J/(g°C))
ΔT = change in temperature of the copper metal
We are given that Qcopper = -1860 J (negative sign indicates heat released) and the final temperature of the mixture (after heat transfer) is 25.00 °C.
We need to find the initial temperature of the copper metal.
To find ΔT, we can use the equation:
ΔT = Tfinal - Tinitial
where:
ΔT = change in temperature
Tfinal = final temperature (25.00 °C)
Tinitial = initial temperature (unknown)
Rearranging the equation, we have:
Tinitial = Tfinal - ΔT
Substituting the known values, we get:
Tinitial = 25.00 °C - ΔT
To find ΔT, we rearrange the heat equation as follows:
ΔT = Qcopper / (m * c)
Substituting the known values, we get:
ΔT = -1860 J / (92.0 g * 0.377 J/(g°C))
Simplifying, we get:
ΔT = -1860 J / (34.724 g°C/J)
ΔT ≈ -53.6 °C
Now, substituting the value of ΔT into the equation for T initial, we have:
Tinitial = 25.00 °C - (-53.6 °C)
Tinitial ≈ 78.6 °C
The initial temperature of the copper metal was approximately 78.6 °C. Therefore, the correct answer is option c. 78.6 °C.
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what does it mean SI unit in chemistry
Answer:
International system of units
Explanation:
which ph value represents a solution with the lowest oh- ion concentration (1) 1, (2) 7, (3) 10, (4) 14.
The pH value representing a solution with the lowest OH⁻ ion concentration is 14. The correct option is (4).
The pH scale measures the concentration of hydrogen ions (H⁺) in a solution. The relationship between pH and OH⁻ (hydroxide ion) concentration is inverse. As the concentration of H⁺ ions increases, the concentration of OH⁻ ions decreases, and vice versa.
The pH scale ranges from 0 to 14, with values below 7 considered acidic, 7 being neutral, and values above 7 considered basic or alkaline.
A solution with a pH of 1 is highly acidic, indicating a high concentration of H⁺ ions. As a result, the concentration of OH⁻ ions is low.
A solution with a pH of 7 is considered neutral, meaning the concentration of H⁺ and OH⁻ ions is equal.
A solution with a pH of 10 is basic, indicating a low concentration of H⁺ ions. Therefore, the concentration of OH⁻ ions is higher than in an acidic solution.
A solution with a pH of 14 is highly basic or alkaline, suggesting a very low concentration of H⁺ ions and a correspondingly high concentration of OH⁻ ions. Thus, a solution with a pH of 14 represents the lowest OH⁻ ion concentration among the given options.
In summary, the pH value of 14 corresponds to the solution with the lowest OH⁻ ion concentration. Option (4) is the correct one.
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if a solution of hf (ka=6.8×10−4) has a ph of 3.50, calculate the concentration of hydrofluoric acid.
The concentration of hydrofluoric acid (HF) in the solution is approximately 1.96 × 10^(-2) M.
To calculate the concentration of hydrofluoric acid (HF) in a solution with a pH of 3.50, we need to use the relationship between pH and the acid dissociation constant (Ka).
By taking the negative logarithm (pH) of the hydrogen ion concentration ([H+]) and using the Ka value of HF, we can determine the concentration of HF. In this case, the concentration of HF is found to be approximately 1.96 × 10^(-2) M.
The pH of a solution is related to the concentration of hydrogen ions ([H+]) in the solution. The relationship is given by the equation:
pH = -log[H+]
In this case, the pH is given as 3.50. Taking the antilog (10^x) of both sides of the equation, we can determine the hydrogen ion concentration:
[H+] = 10^(-pH) = 10^(-3.50)
Next, we need to consider the dissociation of hydrofluoric acid (HF) and its acid dissociation constant (Ka):
HF ⇌ H+ + F-
The Ka value for HF is given as 6.8 × 10^(-4). Since the concentration of H+ is equal to the concentration of HF at equilibrium, we can set up the equation:
Ka = [H+][F-] / [HF]
Substituting the values we have:
6.8 × 10^(-4) = (10^(-3.50))(x) / x
Simplifying the equation:
6.8 × 10^(-4) = 10^(-3.50)
Taking the logarithm (log) of both sides of the equation:
log(6.8 × 10^(-4)) = -3.50
Calculating the concentration of HF (x):
x ≈ 1.96 × 10^(-2) M
Therefore, the concentration of hydrofluoric acid (HF) in the solution is approximately 1.96 × 10^(-2) M.
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The illustration below shows how the particles in a substance act in a solid, liquid, and gas. Which of the following causes a substance/object to change from one physical state to another? *
A. an increase or decrease in the temperature of a substance/object causing it to reach a boiling or melting point
B. the bending and shaping of a substance/object
C. mixing a substance with another substance/object
D. all of these will cause a substance/object to change physical states
Answer:
the answer is A. I just learned this.
1.000 miles is equal to 1609 meters. A truck is traveling at 42.00 km/hr. What is the speed of the truck in miles per hour?
Answer:
The answer is 400 mph
Explanation:
at what pressure is the density of -50 8c nitrogen gas 1n22 equal to 0.01 times the density of water?
The pressure at which the density of -50°C Nitrogen Gas is 1.22 equal to 0.01 times the density of water is 0.00829 atm.
We have the following data:Temperature of Nitrogen Gas, t = -50°CPressure of Nitrogen Gas, P = ?Density of Nitrogen Gas, ρ = 1.22 kg/m³Density of Water, ρw = 1000 kg/m³The relationship between Pressure, Density, and Temperature of a Gas is given by the ideal gas law: PV = nRT ………. (i)where, P = Pressure of the GasV = Volume of the Gasn = number of moles of GasR = Universal Gas ConstantT = Temperature of the GasThe Ideal Gas law can be written as:P = ρRT/M ………. (ii)where, M = Molecular Weight of the Gas.The Molecular weight of Nitrogen, N2 is 28 g/mol or 0.028 kg/mol.Rearranging equation (ii), we have:ρ = PM/RT ………. (iii)Now, we can write the ratio of density of Nitrogen to that of Water as follows:ρ/ρw = P/RT ρ/ρw = P/RTρ/ρw = P/ (R(T + 273))Comparing it with y = mx form, we get:ρ/ρw = 1.22/1000 = 0.00122 (given)0.00122 = P/ (R(-50 + 273))Solving for P, we get:P = 0.00829 atm.
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What is the boiling point (in C) of a 1.58 m aqueous solution of CaCl2? (Amount to three decimal points)
The boiling point of a 1.58 m aqueous solution of CaCl2 is approximately 102.4352 °C.
The boiling point of a 1.58 m aqueous solution of CaCl2 can be calculated using the equation for boiling point elevation. The boiling point elevation is a colligative property, meaning it depends on the concentration of solute particles rather than the identity of the solute. In this case, the solute is CaCl2, which dissociates into three ions: one Ca2+ ion and two Cl- ions.
The boiling point elevation equation is ΔTb = Kb * m * i, where ΔTb is the boiling point elevation, Kb is the molal boiling point elevation constant, m is the molality of the solution, and i is the van't Hoff factor, which represents the number of particles formed when the solute dissociates. For CaCl2, i = 3 because it dissociates into three ions. The molality of the solution is given as 1.58 m. The molal boiling point elevation constant for water is typically around 0.512 °C/m.
Plugging in the values, we can calculate the boiling point elevation: ΔTb = 0.512 °C/m * 1.58 m * 3 = 2.4352 °C. To find the boiling point of the solution, we add the boiling point elevation to the normal boiling point of water, which is 100 °C: Boiling point = 100 °C + 2.4352 °C = 102.4352 °C.
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Which factor is NOT used to determine a star's apparent magnitude?
a
how big the star is
b
how hot the star is
c
how dense the star is
d
how far away the star is
What field of science study earths climates
Answer:
Climatology
Explanation:
Climatology is the study of climate and how it changes over time. This science helps people better understand the atmospheric conditions that cause weather patterns and temperature changes over time.
A man earned a $7,500 commission by selling a coin-operated laundry business, which has six more years before the expiration of its present lease. The man
A man earned a $7,500 commission by selling a coin-operated laundry business, which has six more years before the expiration of its present lease. To evaluate whether or not this sale was worth it, we must calculate the total amount of money that the laundry business will generate in the remaining six years of its current lease.
This can be calculated as follows: Monthly revenue from laundry business = $2,500Commission paid to man = $7,500Revenue generated in one year = Monthly revenue x 12 = $2,500 x 12 = $30,000Revenue generated in six years = Revenue generated in one year x 6 = $30,000 x 6 = $180,000Therefore, the laundry business will generate $180,000 in the remaining six years of its lease. Given that the man earned a $7,500 commission by selling the business, this sale was definitely worth it as the amount of money generated from the business in the remaining six years of its lease far exceeds the commission paid to the man.
The man earned a $7,500 commission by selling a coin-operated laundry business that still had six years remaining on its current lease. To determine whether this sale was worthwhile, we must first calculate the amount of money the laundry business will generate during the remaining six years of its current lease. We can do this by determining the laundry business's monthly revenue and multiplying it by 12 to get the yearly revenue.
After that, we can multiply the yearly revenue by 6 to obtain the total revenue for the next six years.Since the monthly revenue from the laundry business is $2,500, the yearly revenue is $30,000 (2,500 x 12 = 30,000). The business will earn $180,000 in the six years remaining on its lease (30,000 x 6 = 180,000).Given that the man received $7,500 in commission by selling the business, we can determine that this was a profitable sale since the total revenue generated from the business in the next six years far exceeded the commission paid to the man.
It is clear that selling the coin-operated laundry business was worth it since the total revenue generated in the remaining six years of the lease was $180,000, whereas the man earned only $7,500 in commission for selling the business. This demonstrates that this was a profitable sale and an excellent business decision.
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The man in question is a commission-based sales agent who earned $7,500 by selling a coin-operated laundry business. The laundry business is still leased for another six years before the lease expires.This information alone is insufficient to make any meaningful conclusions about the man in question.
However, we can surmise a few things based on the information provided.First, we know that the man is a sales agent, and he likely works for a brokerage or agency that specializes in selling businesses. We can also assume that he is experienced in selling businesses, and that he has a good reputation in the industry, since he was able to sell the coin-operated laundry business and earn a commission of $7,500. Finally, we can speculate that he has good communication and negotiation skills, since he was able to successfully negotiate the sale of the business and earn a commission.The information provided does not give us any other details about the man in question, such as his age, background, or personal interests. However, based on the information we do have, we can assume that he is a successful sales agent who is well-regarded in his industry.For such more question on communication
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What is a compound?
A.the center of an atom that is formed by neutrons, protons, and electrons
B.a tiny particle that makes up all matter
C.a molecule that is formed from two or more different types of atoms
D.a molecule that is formed from the same type of atoms
Answer:
I believe the correct answer is c but I'm not a 100% positive
