1. How does the atomic structure of sodium determine its uses and functions?

Answers

Answer 1

Answer:octahedral coordination around Na + and Cl − centers. 


Related Questions

This element has 5 electrons in its 5p sub level

Answers

Answer: antimony

Explanation:


-Easy Points-


At my typography class..
My crush was sitting far away from me then got up and sat next to me. He was working on his computer for a little bit besides me then left. What does that mean. Why would he sit next to me when his computer was working just fine?what does it mean??

Answers

If you notice your crush is frequently right next to you or near you in a group setting or a meeting at work, it could be a strong indication that they are romantically interested in you.

What is typography?Typography is the art and technique of arranging type to display written language that is legible, readable, and appealing. Selecting typefaces, point sizes, line lengths, line spacing, and letter spacing, as well as adjusting the space between pairs of letters, are all part of type arrangement. Typography refers to the differences in text styles that result in distinct appearances. For example, blackletter was a popular typeface in the Middle Ages and was used to print many publications, including the Gutenberg Bible. The art of arranging letters and text in such a way that the copy is legible, clear, and visually appealing to the reader is known as typography. It includes font style, appearance, and structure, with the goal of eliciting specific emotions and conveying specific messages.

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the entropy change of any system and its surroundings, considered together, and resulting from any real process is positive, approaching zero when the process approaches

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False, The entropy change of any system and its surroundings, considered together, and resulting from any real process is negative, approaching zero when the process approaches.

What is an entropy change?

An entropy change can be defined as the change that occurs in the state of disorder or randomness of a thermodynamic system that is associated with the conversion of heat or enthalpy into work.

Any system with a great degree of disorderliness has said to have more entropy.

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a 2.25 m solution of nh4br has a volume of 0.250 l the solution is diluted with pure water to a concentration of 0.125 m what is the final volume of the solution

Answers

The final volume of the solution is 4.5 L.

How can we calculate molality and volume of mixed solutions?
The idea of calculating molalities after combining solutions indicates that regardless of whether you change the solution's concentration or volume, the number of moles in the mixture stays the same. So, by expanding the volume of a solution by adding water, one can modify the molality or concentration of a particular molecule or ion in the solution.
The typical formula to calculate the same is M₁V₁ = M₂V₂

Given, initial molality of NH₄Br solution = M₁ = 2.25 m
Initial volume of NH₄Br solution = V₁ = 0.250 L
Final molality of NH₄Br solution = M₂ = 0.125 m
Let, final volume of NH₄Br solution = V₂
Using the relation obtained above, we have
2.25*0.250 = 0.125*V₂ ⇒ V₂ = (2.25*0.250)/0.125 = 4.5 L
Thus, the final volume after pure water addition is 4.5 L.

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ten potato chips are combusted in a bomb calorimeter. 1000 grams of water increases in temperature from 25oc to 45 oc. what is the total heat content of the ten potato chips?

Answers

The total heat content of the ten potato chips will be -1600J we can calculate this equation by using this reaction

ΔH = q = mCΔT

To determine the amount of heat acquired or lost by a sample (q) the equation used  is

ΔH = q = mCΔT

where

m = mass of the sample

c = the specific heat,

T = temperature change

Here in this question

m = 1000 g

T = 2° C(change in temperature)

c = 4.18 J/g

Putting these values in the equation

q = 1000× 4.18 ×2

q = 1600 J

Here q is positive hence ΔH will be negative.

ΔH = -1600J

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Using the image, how will oxygen complete its valence shell?


A) It will accept electrons to make a full set of 8.

B) It will accept electrons to form a cation.

C) It will donate electrons to form a cation.

D) It will accept electrons to make a full set of 6.

Answers

it will accept electrons the form a full set of 8

Answer:

A)it will accept electrons to make a full set of 8

Please help with this problem

Answers

All objects are bend  or change shape in collision and other contact forces are applied to them. in collision between two object both objects experience forces that are equal to magnitude of and opposite in direction .such forces often cause one object is speed up (gain momentum) and other object to slow down (lose momentum).

What are collision?

collision is defined as , the sudden violent meeting of two bodies, such as two billiard balls, a golf club and a ball, a hammer and a nail head, two wagons in direct contact, or a falling object and the floor. In addition to the properties of the materials of these two objects, two factors influence the result of the impact: the force and the time during which the objects collide. It is a  common experience that a hard steel ball dropped on a steel plate will almost rebound to  the position from which it was dropped, but a ball of putty or lead will not.

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6. Describe how the orders with respect to two different reactants might be determined in a sample experiment where a
gas is produced as a result of mixing two solutions together. Carefully describe the measurements that should be
recorded and suggest a method of measuring the rate of the reaction.

Answers

A reaction rate can be calculated using a pretty simple procedure.A reaction rate must be calculated from tabulated values or discovered empirically because it depends on change over time.

Describe how a sample experiment might be used to determine the ordering with respect to two different reactants?

It is feasible to determine the reaction rate algebraically or graphically using the data that was obtained.The general advice and examples for calculating reaction rates are provided below.A stopwatch or any other timekeeper will do to measure time change.But more difficult procedures are needed to determine how much the reactants or products' concentrations have changed.There are typically two ways to acquire a change in concentration in a system:by keeping track of the reactant's gradual depletion over time, orBy keeping track of how a product changes over time There is no difference in the overall reaction whether an experimenter watches the reagents or products.However, there is a sign difference between the two speeds since reagents decrease and products grow during the reaction.As the reaction progresses, the reagent concentration falls, yielding a negative number for the concentration change.On the other side, the goods' concentration improves over time, producing a positive value.In order to solve an issue, set the overall rate of the reaction equal to the negative of a reagent's disappearance rate because it is customary to describe the rate of reaction as a positive number.The stoichiometric coefficients have an impact on the overall rate as well. It is important to note that by utilizing the various physical or chemical features (such as phase difference, reduction potential, etc.) of the reagents or products involved in the reaction, the process of determining the concentration can be significantly sped up.We have underlined how crucial it is to consider the reaction's sign in order to have a positive reaction rate.We shall now discuss the significance of stoichiometric coefficients.Depending on the product or reagent chosen to be monitored, a reaction rate can be reported somewhat differently.Given a response:

     aA+bB→cC+dD

      (14.2.1)

    Also possible to write as:

      response rate = 1a

   (A's disappearance rate)

   = −1b

 (B's disappearance rate

 = 1c

  (C's rate of formation)

  = 1d\s(rate of production of D) (rate of formation of D)

There is only one average rate of reaction, despite the possibility that the concentrations of A, B, C, and D may all fluctuate at various rates.Select any rate and divide it by the stoichiometric coefficient to obtain this special rate.When the reaction's formula is as followsCR1R1+⋯+CRnRn→CP1P1+⋯+CPnPn(14.2.3)

The following is the general example of the distinct average rate of           reaction

 response rate = 1CR1[R1

Δt=⋯=−1CRnΔ[R

 Δt=1CP1Δ[P1]

 Δt=⋯=1CPnΔ[Pn]

 Δt    

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Starting with a 20. 0 ppm stock solution of the food dye yellow 6, you take a 5. 00 ml aliquot using a volumetric pipette and dispense the stock solution into a 10. 00 ml volumetric flask and then dilute with water. What is the concentration in ppm of the diluted solution?.

Answers

The concentration of the diluted solution of the food dye yellow 6 is found to be 10.0ppm.

A solution's concentration is an indicator of how much solute has been dissolved in a certain volume of solvent or solution. A solution with a significant concentration of dissolved solute is one that is concentrated. When there is just a minimal amount of dissolved solute in a solution, it is said to be diluted.

Parts per million (ppm) measurements of concentration indicate how many solute particles there are in every million solution particles.

Given:

Initial concentration, C1 = 20.0ppm

Initial Volume, V1 = 5mL

Final Volume, V2 = 10mL

To find:

Final concentration, C2 = ?

Formula:

C1V1 = C2V2

Calculations:

20 x 5 = C2 x 10

C2 = 20 x 5 / 10

C2 = 10.0ppm

Result:

The diluted solution of the food dye yellow 6 is found to have a concentration of 10.0ppm.

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Underline the word that makes the statement false, put the correct word beside the sentence. If the statement is true, put "true" beside the sentence.

Example: The skin is the largest organ in the body. True

Answers

The skin has special cells called "melanomine" (melanocytes) that produces melanin, a special pigment that is responsible for our skin, hair, and eye color: True.

Skin's oil glands, found near the dermis's border with the epidermis, secrete an oily substance called sebum that lubricates skin and hair: True.

What is the skin?

The skin is the largest organ found in the body. It functions as a covering and a protective layer for the organs found in the body.

The layers of the skin include:

the epidermis - this is the outermost layer of the skin that protects the body from the external environment. The epidermis also contains melanocytes which are special cells that produce melanin for skin pigmentation.the dermis - the inner layer of the skin below the epidermis where the sebaceous glands that secrete sebum are found.

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HELP ME!!!!!!
what is methyl orange and a Ph scale. is a litmus paper also an indicator.​

Answers

Indicator is a type of indicator
And methyl orange is 4 on ph scale

Answer:

Litmus papes is an indicator

Calculate the mass of solid magnesium necessary to evolve 45.0mL of hydrogen gas at STP

Answers

The mass of solid magnesium necessary to evolve 45.0mL of hydrogen gas at STP is 0.48 g

What is the reaction between solid magnesium and acid?

The reaction between solid magnesium and any acid will displace hydrogen.

When solid magnesium reacts with hydrochloric acid, magnesium chloride and hydrogen gas will be formed.

At STP (standard temperature and pressure) 1 mole of solid magnesium will produce 22.4 L.

1 mole of Mg -----------------> 22.4 L of H₂

? mole of Mg ------------------> 45 mL of H₂

= (0.45 L) / (22.4)

= 0.02 mole

The mass of 1 mole of solid magnesium = 24 g/mol

required mass =  0.02 mole  x  24 g/mol

required mass = 0.48 g

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The laboratory compared the mass of the starting reactants and final products of the combustion reaction. A technician determined the mass of the firewood and oxygen reactants before burning to be 2.72 kg. After the firewood finished burning, the pile of cooled ash that remained had a mass of 0.095 kg. According to the law of conservation of mass, matter is neither created nor destroyed in a chemical reaction. Do the results of the technician’s combustion experiment contradict the law of conservation of mass?

Answers

The results of the technician’s combustion experiment do not contradict the law of conservation of mass because some products escaped as gaseous carbon (iv) oxide, water vapor, and other gases.

What is the statement of the law of conservation of mass?

The statement of the law of conservation of mass states that matter cannot be created nor destroyed, but change from one form to another.

This helps to explain that no loss in mass of a  substance occurs in ordinary chemical reactions, rather, the sum of the masses of the reactants at the beginning of a reaction is equal to the sum of the products at the end of the reaction.

The balancing of chemical equations also follows this law.

Considering the given reaction:

The technician determined the mass of the firewood and oxygen reactants before burning to be 2.72 kg.

At the end of the reaction, after the firewood finished burning, the pile of cooled ash that remained had a mass of 0.095 kg.

When comparing the mass of the reactants and products, the mass of the product seems to be less than the mass of the reactants in contradiction to the law of conservation of mass.

However, there is no loss in mass of the materials because some products escaped in the form of gas into the atmosphere.

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Help please! this is the last question on my assignment and it’s confusing me.

Answers

Answer: -40

Explanation:

equation:

t = 1.8t+32

move variable to one side

t x -1.8t=32

add like terms

-.8t = 32

change decimal to fraction

-4t/5 = 32

multiply 5 to both sides

-4t = 160

devide -4

t = -40

Please discuss the following items in your introduction:
• Law of Conservation of Mass (with example using an equation)
• Reactants/ products
• Word equations/ skeleton/ balanced chemical equations

Answers

Law of conservation of mass states that in a closed system, the mass would be the same.

In a reaction, the compounds’ undergoing reaction is called reactants and the resultant of the reaction is called products.

Word equation uses words instead of chemical formulas. The skeleton equations use chemical formulas without mentioning the state of the compounds or the concentration. In balanced chemical reaction, mass and charge would be balanced.

Law of conservation of mass is similar to law of conservation of energy. It says that in a closed system, the mass would remain the same as mass is neither created nor destroyed.

[tex]H_{2}O[/tex]  →  [tex]H_{2} + O_{2}[/tex]

In this reaction, [tex]H_{2}O[/tex] is the reactant which has a mass of 18. H₂ and O₂ are the products with mass of 2 and 16 respectively.

In word equations, equation 1 can be written as

Water → Hydrogen + Water

In skeleton equation,

H₂0 → H₂ + O₂

In balanced chemical reaction,

2 H₂0 → 2 H₂ + O₂

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If you measure a concentration of 25 mmol/l in the titration at ph = 10 and a concentration of 13 mmol/l with the titration at ph = 12.5 what is the concentration of ca2+? enter you answer in mmol/l but only enter a 2 digit number in the box, the program does not like numbers.

Answers

The concentration of [tex]Ca^{2+}[/tex] is 25mmol/l

Using complex-forming processes, complexometric titrations are primarily used to identify metal ions. Despite the fact that a variety of complexing agents can be utilized for this purpose, in actuality, the titrants are virtually always compounds with iminodiacetic acid functional groups. Titration is done in a solution with a pH of 10 (with an ammonium buffer added to promote the complexation of the [tex]Ca^{2+}[/tex]   and [tex]Mg^{2+}[/tex] ions).

Since eriochrome black T forms deep red-wine-colored complexes with just a very small portion of the [tex]Mg^{2+}[/tex] ions, it is employed as the indication to show the end point. The most prevalent titration indicators in complexometric experiments are organic dyes, which work by creating colored. When the reaction is complete, the color changes because the indicator is replaced by EDTA, which creates a more stable complex with the metal.

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URGENT:
In order for an element to transform into a new element, which particles must be released to change the number of protons. number of protons.

Answers

In order for an element to transform into a new element, the particles which must be released is the protons.

What us Proton?

This is referred to as subatomic particle which is present in the nucleus and is positively charged. The proton and the electron must be equal in a neutral atom.

The proton is also equal to the atomic number which is why it is the particle which can be added removed to change the element. It is because a change in atomic number will automatically mean a change in the element which therefore makes it the correct choice.

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In order for an element to transform into a new element, the particles which must be released to change the number of protons is: beta particles.

What is a beta particle?

A beta particle can be defined as an isotope which typically undergoes radioactive decay through the emission of a radiation with a negative one (-1) charge. This ultimately implies that, an atom of neutron becomes a proton and an electron (₀e⁻¹), and an atom of proton also becomes a neutron and a positron (⁰⁻e₁⁺) during beta decay.

Based on scientific information and records from radioactivity, we can reasonably infer and logically deduce that an atom of proton becomes a neutron and a positron during a beta decay as shown by this chemical reaction:

³H₁  ----->   ³He₂ + ⁰e₋₁ + ⁰v₀

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After energy from food molecules has been extracted to make atp, electrons are transferred to a final acceptor. When the final electron acceptor is an organic molecule, the process is termed?.

Answers

When the final electron acceptor is an organic molecule the process to make ATP molecules is termed fermentation.

What is the fermentation pathway?

The fermentation pathway is an anaerobic series of chemical reactions by which the cell can generate ATP (the energy coin of all types of cells) in order to perform metabolic activities such as cell differentiation and cell reproduction. During this process, pyruvate molecule is used as the final electron acceptor.

Therefore, we can conclude that the fermentation pathway uses pyruvic acid or pyruvate as the final acceptor, which is an organic molecule.

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In a hot air balloon system, what are the boundaries? A. The air around the balloon. B. The balloon, basket, and cables C. Oxygen and fuel D. Fire and heat

Answers

A burner system, a basket, and an envelope are components shared by all hot air balloons. The size and shape of the envelope, the deflation mechanism, the shape and design of the basket, and the arrangement, style, and number of burners are all different.

What keeps a hot air balloon in place?

The balloon will sink if the pilot leaves the valve open long enough. In essence, the sole controls are heat to raise the balloon and ventilation to lower it.

The pilot opens the vent that allows air out of the balloon canopy after locating a good landing area. The balloon began to drop as a result.

What is the name of the hole on a balloon?

A hole known as a parachute vent can be found at the top of a hot air balloon. Pulling a rope to open it causes heated air to be released, causing the balloon to drop. The pilot has complete control over how much hot air is injected into the balloon, enabling flawless control.

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Explain how dissolution occurs using the collision theory to help you explain.

Answers

Answer:

The more the collisions in solute particles, then the more solvent particles will collide with them. So , solute particles having collision with the solvent particles will dissolve quick in the solution.

d) The wall of the bulb in a thermometer is made thin, why?​

Answers

A thermometer bulb is built of thin glass so that it can effectively conduct heat from an object that comes into contact with the mercury in the bulb.

What is mercury?

With the chemical symbol Hg and the atomic number 80, mercury is a class of elements. It was once called hydrargyrum, which is a combination of the Greek terms Hydor and Argyros, and it is also known as quicksilver. Mercury is toxic in its entirety. While some mercury compounds are more hazardous than others, all of them are harmful. Mercury exposures can harm the immune system, kidneys, liver, nervous system, and more depending on the type and quantity. The lungs, kidneys, and nervous system can all suffer damage from inhaling mercury fumes.

Mercury is utilized in pressure measuring devices even though a wide variety of liquids may be used due to its high density and reduced space requirement. The fact that PTFE is a good conductor of electricity makes it a valuable addition to electrical switches.

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4.00 mol co2 is placed in a 6.00 l container at a temperature where 12.3% of it decomposes. what is the value of kc for the following at this temperature?2 co2(g) equilibrium reaction arrow 2 co(g) o2(g)

Answers

Answer: 0.000806

Explanation: Set up the equilibrium table, find x and from there find your Kc=(Co)^2*(O2)/(O2)^2

Elements on the Periodic Table are identified by name and also by a chemical symbol. Which of the following chemical symbols is NOT written correctly?

A) Be
B) CA
C) O
D) CI

Answers

Answer: D

Explanation:

This is wrong according to the Periodic Table here's a image! Hope this helped! :D

how much boiling water would you need to raise the bath to body temperature (about 37 ∘c )? assume that no heat is transferred to the surrounding environment.

Answers

The Mass of water need to raise the bath to body temp is mathematically given as

M=4.76kg

This is further explained below.

What is the amount of water needed?

Generally, The movement of kinetic energy from one media or item to another, or from an energy source to a medium or object, is what we understand to be the phenomenon of heat.

Radiation, conduction, and convection are the three different ways that this kind of energy transfer may take place.

In conclusion, Let us assume that M is the mass of water that has reached a temperature of 100 degrees Celsius.

The heat that is obtained by cold water is equal to the heat that is lost by boiling water.

Final temperature =37C

25x(37-25)=Mx(100-37)

M=300/63

M=4.76kg

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CQ

How much boiling water would you need to raise the bath to body temperature (about 37c )? Assume that no heat is transferred to the surrounding environment. Imagine that your water heater has broken, but you want to take a bath. You fill your bathtub with 25kg of room-temperature water (about 25c ). You figure that you can boil water on the stove and pour it into the bath to raise the temperature

Besides storage, what does a vacuole provide in a plant cell?

Multiple choice question.
cross out

A)
energy

cross out

B)
protein production

cross out

C)
structure

cross out

D)
communication with other cells

Answers

Animal cells typically have small vacuoles that aid in the sequestration of waste. Vacuoles in plant cells aid in preserving the balance of water.

What does a vacuole provide in a plant cell?

A membrane-bound cell organelle is known as a vacuole. Animal cells typically have small vacuoles that aid in the sequestration of waste. Vacuoles in plant cells aid in preserving the balance of water. A single vacuole may occasionally occupy the majority of a plant cell's interior space.

Vacuoles are membrane-bound sacs that serve a variety of purposes in a cell's cytoplasm. Vacuoles are extremely important for serving as structural support, as well as functions like storage, waste disposal, protection, and growth, and they typically have a large size in mature plant cells.

The most noticeable organelle in plant cells is the vacuole. Due to its size, it plays a key role in the homeostasis process by storing a variety of inorganic and organic molecules.

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A student has to stay after school to make up a test. If she lives 9.8 km away from the school, how many minutes will it take her to get horne if she averages 42 miles per hour?

Answers

The time it will take the student to get home if she averages 42 miles per hour is 8.7 minutes.

How to calculate time?

The time taken for an object to move over a certain distance can be calculated by dividing the distance moved by the average speed as follows:

Time = Distance/average speed

According to this question, a student has to stay after school to make up a test. If she lives 9.8 km away from the school. The time it will take her to get home can be calculated as follows:

9.8km is equivalent to 6.09 miles

Time = 6.09 mi ÷ 42mi/hr

Time = 0.145hours

0.145 hours can be converted to 8.7 minutes.

Therefore, it will take the student 8.7 minutes to get home.

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Draw the structure of an alkene of five carbons that would give the same product as a result of either oxymercuration‑reduction or hydroboration‑oxidation.

Answers

Oxymercuration‑reduction or Hydroboration‑oxidation, gives the same compound 1-cyclo pentanol.

A compound in linguistics is a lexeme composed of more than one stem. The process of word construction that results in compound lexemes is known as compounding, composition, of nominal composition. An open compound or a spaces compound is one that uses a space rather hyphen or concatenation; the alternative is a closed compound.

The compound's meaning may be comparable to or distinct from the meanings of its constituents in isolation. With very few expectations, the first component stem in English compound words is emphasized.

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Carter went outside to check the mail one sunny summer day. since he was staying in his yard, he put on shorts, a t-shirt, but no shoes. as carter stepped outside, he felt the warmth of the sunshine on his skin. he walked down the sidewalk, but his feet got so hot he had to jump into the grass. he got the mail and began walking back to the house. before he went inside, he felt a breeze on his face. select the statement(s) that accurately identify the types of energy transfer in the scenario. his feet getting hot on the sidewalk is an example of conduction. the sidewalk getting hot from the sun is an example of radiation. the sunshine touching his face is an example of conduction. the breeze is an example of convection. the warmth of the sunshine on his skin is an example of radiation.

Answers

When Carter went outside one summer day to check the mail, the following statements accurately identify the types of energy transfer:

his feet getting hot is an example of conductionthe sidewalk getting hot from the sun is an example of radiationthe breeze is an example of convectionthe warmth of the sunlight on his skin is an example of radiation.

Conduction, convection and radiation are all methods of heat transfer. Conduction is the transfer of heat between two solid bodies in contact. It occurs when two solid bodies of different bodies are in contact, and heat always flows from the hotter body to the colder body.

Convection occurs when heat is transferred by the flow of matter in a liquid or gas. Liquids and gases are normally poor conductors of heat, but they are able to transfer heat through convection as the molecules of the fluid carry the thermal energy as they move. Radiation is the transfer of heat in a vacuum. Unlike conduction and convection, radiation does not require a material medium, as heat is transferred by electromagnetic waves.

When carter stepped on the sidewalk, there was a temperature difference between his foot and the sidewalk. This enabled the transfer of heat from the sidewalk to his feet through conduction. The sidewalk, however, was hot because it had been exposed under the sun. Infrared red rays from the sun transfer heat by radiation to the surface of the earth, and the sidewalk absorbed some of this radiation.

Radiation is also absorbed by the wind and carried about by convection, just like the warm breeze carter felt on his face. Some radiation was absorbed by Carter's skin, which was the warmth he felt on his skin from the sunshine. The sunlight touching his face is not an example of conduction because conduction only occurs when two solid surfaces are in contact.

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suggest a method to enhance the accuracy of a mass spectrometer​

Answers

Answer:

Usually the use of two calibrant ions to bracket the analyte ion will achieve better accuracy. To achieve optimum mass accuracy the m/z of a single point calibrant ion should be as close as possible to that of the analyte ion; this is particularly important for magnetic sector mass spectrometers.

Describe the characteristics of single replacement reaction, how it is identified, and what determines if this reaction will occur. Give an example in your response.

Answers

The single replacement reaction is that in which one element is substituted for another element but in the same compound.

What is a single replacement reaction?

A single replacement reaction is also known as a single displacement reaction. The single replacement reaction is defined as the reaction in which one element is substituted for another element in a compound. In the beginning, the starting element is always will be pure metal, such as pure zinc metal.

Identification:

We can determine the single replacement reaction when one element replaces another element in the same compound. This kind of reaction is represented by: A + BC → B + AC.

Determination:

The single replacement reaction can be determined when a less reactive element can be replaced by a more reactive element in a compound.

So we can conclude that one element is replaced by another element in the single replacement reaction.

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Keiko is trying to score in the ry range in her math class which is above a 70. Her test scores so far are an 85, 57, and 78. What is the lowest score that she can get on her next test in order to stay in the ry range when her scores are averaged?What's the inequality for this story?Write the steps to solve itWhat is the solution?When this inequality is graphed will the limit be an open or closed circle?When this inequality is graphed will the line have an arrow pointing to the right or to the left Having a hard time guys !! A car with a mass of 1260 kg is travelling at 38.0 m/s when the driver sees a traffic jam ahead. If the average braking force in modern vehicles is 2010 N, how far will the car go before coming to a stop? Complete the equation of the line through10, 3) and8, 8).Use exact numbers. what are fossil formations and how do they determine the age of landforms 25. Which of the following correctly describesdensity?a. Density is a physical changeb. Density is a chemical changec. Density is a physical propertyd. Density is a chemical property Read the following text from a student essay. How can the writer best improve his or her sentence fluency?-Liberia is an African nation. The nation is located in West Africa. It was established in1822. An organization called the American Colonization Society (ACS) created Liberia as aplace for formerly enslaved Americans to live. The capital of Liberia is Monrovia. Monroviais named for James Monroe. Monroe was the fifth U.S. president. Monroe served in theWhite House from 1817 to 1825 and was a supporter of ACS.A.) by varying how sentences beginB.) by dividing up long sentencesC.) by combining sentences containing related information what was the purpose of the freedom farm cooperative? A. to bring freedom schoolc to rural areas B. to provide economic aid to African Americans C. To train farm workers to become civil rights workers D. to increase voter registration among african american farmers Gabril has a roll of tape that is 4 1/2 yd long.He cuts the tape into pieces that are each 3/2 yd long Explain impatient detoxification centers In the 1820s, the office of vice president was seen as the stepping stone to the presidency. True or false? hello can you help me with this trigonometry question please Four students were asked to complete a table for a science assignment. Each student selected one chemical element from each of four groups in the periodic table and then classified each element as a metal, a nonmetal, or a metalloid. Which table was completed correctly? What are some forms of movement in south korea? procidure for tapping a blind hole If you plot the point - 8.85 on a number line, would you place it to the left or right of -8.8? Explain Five of the 100 digital video recorders (DVRs) in an inventory are known to be defective. What is the probability that arandomly selected item is defective? Why do gas particles spread out and occupy (take up) as much space as possible? (Why does it make sense that their volume can increase or decrease based on the size of their container?) I need help with this. An astronaut on the moon throws a baseball upward. The height of the ball in feet(y) is related to the number of seconds since the ball was thrown (x).y = -2.7x + 30x + 6.5How high will the ball be after 3 seconds? Use your calculator to pull up a functiontable to help you. (6 points total)a.b.Height after 3 seconds =feet. (2 points)Give two approximate times (in seconds) that the ball will be at a height of75 feet.andseconds (on its way up). (2 points)seconds (on its way down). (2 points)