n ideal gas is stored in a container at constant volume. If the temperature (T) were increased to 3T, what would be the change in pressure (P)?

Answers

Answer 1
pressure is proportional to absolute temperature of a gas
if temperature is 3T the pressure will be the same value, 3P


[3P]
Answer 2
Answer:

A.  The pressure will remain unchanged.

B.  The pressure will increase by 1.5P.

C.  The pressure will decrease by 3P.

D.  The pressure will increase by 3P.


Related Questions

Enter the net ionic equation, including phases, for the reaction of AgNO3(aq) with K2SO4(aq). Solubility Rules are found here.

Answers

Write out the equation: 
AgNO3(aq)+K2SO4(aq) --> Ag2SO4(s)+K2(NO3)... 

Balance the equation: 
2 AgNO3(aq)+K2SO4(aq) --> Ag2SO4(s)+K2(NO3)2... 

Remember to keep molecules intact when you write out the ions.
(2Ag+)+(2NO3-)+(2K+)+(SO42-) --> (Ag2SO42
Cancel out all the spectator ions. These are ions that watch the reaction that didn't change. For this problem 2K+ & 2NO3- are the spectator ions. 

You are left with your net ionic equation of
2Ag+(aq)+SO42-(aq)-->Ag2SO4(s)

An apple has a mass of 297 grams. How many kilograms is this? (Note: You can use the information in the table below to make a conversion factor.)

Answers

Answer: 0.297 grams.

Explanation: the conversion factor between kilograms and grams is:

1 kg=1000 g

applying this factor to the given mass of an apple, we have:

[tex]297 grams *\frac{1 kg}{1000 grams}[/tex]

as we can see, we just have to divide by 100 so:

297 grams= 0.297 kg.

The apple has a mass of 0.297 kilograms

HOW TO CONVERT GRAMS TO KILOGRAMS:

Grams and kilograms are both units of measuring mass, however, they are not the same. The conversion factor of grams and kilograms is as follows:

1 kilogram = 1000 grams

According to this question, an apple has a mass of 297 grams. This means that:

If 1 kilogram = 1000 grams

297 grams = 297 ÷ 1000

= 0.297 kilograms

Therefore, the apple has a mass of 0.297 kg.

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Which of the answer choices correctly describes nonmetals?
conduct electricity poorly
used in electronics frequently
conduct heat easily
pulled into wires easily

Answers

used in electronics frequently
Used in electronics frequently

Which type of reaction has the general formula of AB + CD → AD + CB?

Answers

Which type of reaction has the general formula of AB + CD → AD + CB?
double replacement
AB + CD → AD + CB is "double displacement reaction"

humans protect themselves from natural disasters by all of the following expect ?

a. dams

b. sunscreen

c. building homes and shelters

d. levees

Answers

if that is except and not expect 
my answer will be letter B

ma bad. hope u still get something from these
I am debating over B.because sunburns are not a natural disaster

After a hormone enters the bloodstream, it is transported throughout the body, but the hormone only affects certain cells. The reason only certain cells are affected is that the membranes of these cells have specific

Answers

The membranes have specific receptors, you're welcome :).

Final answer:

Only certain cells are affected by hormones because these cells have specific receptor proteins that allow the hormone to bind and initiate a response. These receptors determine the cell's sensitivity to the hormone and can vary through up-regulation or down-regulation, adapting to hormone levels.

Explanation:

The reason only certain cells are affected by hormones is because only some cells have receptor proteins that can bind to a given hormone. These receptors are specific to a particular hormone and allow it to have an effect when it binds to them.

The hormone will travel throughout the bloodstream until it finds a cell with the correct receptor and binds to it, which initiates various responses depending on the type of hormone, such as a steroid hormone or a non-steroid hormone.

Hormones, acting as messengers, are crucial in regulating physiological processes. They play a significant role in human reproduction, development, metabolism, and maintaining homeostasis, among other functions.

The presence and quantity of hormone receptors determine which cells will respond to a given hormone, thus determining the sensitivity of the cell to the hormone. Cell sensitivity to hormones can change through processes like up-regulation and down-regulation, which adapt the number of receptors available in response to hormonal levels.

How will the following system react when an increase in pressure occurs? Note: all species are gases. N2O4 <--> 2NO2 Question 9 options:
a. More N2O4 is produced.
b. There is no way to predict how the increase in pressure will affect this system without more information.
c.No change occurs.
d.More NO2 is produced.

Answers

a. More N2O4 is produced.

As all species are gases, over more pressure, the side of the reaction with fewer gas molecules will be favoured as it is the one that occupies less space, where more molecules would fit in lesser space. N₂O₄ has the same number of atoms of 2NO₂, but the difference is that they are only in one molecule - occupy less space because all the atoms are closer to each other.

a is incorrect just took the test

is it convection conduction or radiation "air travels this way" please answer

Answers

Radiation is the only way heat is transferred that can move through the relative emptiness of space. All other forms of heat transfer require motion of molecules like air or water to move heat.

How does an individual figure the total force exerted on an object by two forces acting in opposite directions?

A. Add the two forces together.

B. Subtract the smaller force from the larger force.

C. Multiply the larger force by the smaller force.

D. Divide the smaller force by the larger force.

Answers

The correct answer B. We have to substract

Acids will corrode most _____.
bases
liquids
metals
gases

Answers

Acids corrode most metals

Acids will corrode most metal.

I hope this helped if you have anymore question I'll be glad to help   ;)

Which one is a true statement about endothermic reactions?

A) The reaction container always feels hot.

B) More heat is given off than is put into the reaction.

C) The reactant have less heat energy than the products.

D) Energy is absorbed making it feel colder.

Answers

Answer;

D) Energy is absorbed making it feel colder.

Explanation;

An endothermic reaction is a reaction in which heat energy is absorbed from the surroundings. In such a reaction the energy of the reactants is less than the energy of the products and therefore the enthalpy change is positive, greater than zero.

An endothermic reaction occurs when the energy used to break the bonds in the reactants is greater than the energy given out when bonds are formed in the products. This means that overall the reaction takes in energy, therefore there is a temperature decrease in the surroundings.

Answer:

I completely agree that it is D) Energy is absorbed making it feel colder!

Examine the false statement.
The alkali earth metals have five valence electrons.
Select the rewording of the statement that is true.
The alkali earth metals have one valence electron.
The alkali earth metals have two valence electrons.
The halogens have five valence electrons.
The alkali metals have five valence electrons.

Answers

Answer:

The alkali earth metals have one valence electron.

Explanation:

Alkali earth metals are elements that constitute Group I in the periodic table. These include: lithium (Li),  sodium (Na), potassium (K), rubidium (Rb), cesium (Cs) and francium (Fr).

The alkali earth  metals are characterised by a outer or valence electron configuration of ns¹.

Li = 2s¹, Na = 3s¹, K = 4s¹, Rb = 5s¹, Cs = 6s¹

Therefore, in their outermost or valence shell these elements have only one  electron.

Hence the given statement: that the alkali earth metals have 5 valence electrons is false. Instead it should be reworded as:

The alkali earth metals have one valence electron.

Final answer:

The alkali earth metals, located in the second group of the periodic table, have two valence electrons, not five. So, the true rewording of the given statement should be 'The alkali earth metals have two valence electrons'.

Explanation:

The statement that 'The alkali earth metals have five valence electrons' is incorrect. The alkali earth metals, which occupy the second group of the periodic table, actually have two valence electrons. Therefore, the correct rewording of the statement would be 'The alkali earth metals have two valence electrons'.

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Describe the preparation of 2.00 L of 0.100 M glycine buffer, pH 9.0, from glycine and 1.00 M NaOH.

Answers

bunny nuevnucuvnien feinvivmirvneivvdu

Technological design is a main focus in the field of _________.
A. biology B. chemistry C. mathematics D. engineering

Answers

Hi there, thanks for asking a question here on Brainly.

Technological design is the main focus in the field of engineering.

Answer: Letter D 

Hope that helps! ★ If you have further questions about this question or need more help, feel free to comment below or post another question and send the link to me. -UnicornFudge aka Qamar
Hello! Technological design is in the engineering field. It is not in the biology field, because it doesn't fit in Earth Science, or Chemistry, because it doesn't really involve chemicals or substances. It uses mathematics, but that's not the best answer either. It is engineering, because it focuses on technology and design, which is a main focus in the engineering field. The answer is D: engineering.

Which of these best describes the particle motion taking place as CO2 gas is exposed to freezing temperatures?

Answers

CO2 is carbon dioxide which is most famous for being in gas form so i would figure if it was exposed to freezing temperatures it would turn into a liquid then maybe a solid

The options in the question are as follows

a. The motion of particles becomes random.

b. The motion of the particles is unchanged.

c. The particles move with more force.

d. The particles decrease in speed.

Answer:

The particles decrease in speed.

Explanation:

In a gas at room temperature, the particles of the gas move at a very high speed and in a random manner. A gas has no definite volume and it is also assumed that there is minimal interaction between gas particles. Recall that temperature is a measure of the average kinetic energy of the particles of a system. As the temperature is decreased and heat is withdrawn as the CO2 approaches freezing temperature, the speed and kinetic energy of the particles decreases and significant interaction between particles is observed. Hence the CO2 particles slow down.

How do the cells of a multicellular organism differ from those of a unicellular organism

Answers

Organisms made up of one cell only are unicellular, these organisms rely on simple diffusion to meet their needs. An example of a unicellular organism is an Amoeba. All seven life processes take place inside of this single cell. Multi-cellular organisms are organisms made up of many cells. Multi-cellular organisms can be larger and more complex. An example of a multi-cellular organism is a human!

Answer:

The cells of unicellular organism is not equipped for different function which means that it do not have different types of cells differentiated into different types performing different functions.

They are made of single cells that perform all the essential functions necessary for survival of organism.

Whereas, a multicellular organism have different types of cells that are employed for different functions.

Example:The hepatocytes are equipped for filtering blood and waste removal. The red blood cells are equipped to transport oxygen to various parts of the body.


what element has two electrons in its 4d sub level?

Answers

Zr



"Zr and because 1s22s22p6., 3s23p63d10, 4s2,4p6,4d2 , 5s2 
so total electrons = 40 so atomic number 40 is of Zr"

Answer is: zirconium (Zr).

Atomic number of zirconium (Zr) is 40, which means it has 40 protons and 40 electrons.

Electron configuration of zirconium atom:

₄₀Zr 1s²2s²2p⁶3s²3p⁶3d¹⁰4s²4p⁶4d²5s².

Zirconium has four valence electrons, it is in group 4 and period 5.

Zirconium is a lustrous, grey-white, strong transition metal.

Is rust a pure substance or a mixture? <3

Answers

the answer to your question: is rust a pure substance or mixture is...it is a pure substance
Final answer:

Rust is considered a mixture, not a pure substance, because its composition can vary. It is formed when iron reacts with oxygen and water.

Explanation:

Rust is not a pure substance, it is a mixture. In scientific terms, rust is formally known as iron (III) oxide and is formed when iron reacts with oxygen and water. In this case, it behaves as a mixture because its composition can vary depending on the presence and relative abundance of other elements and compounds, such as water and other oxides.

Rust is a mixture rather than a pure substance. It is formed when iron reacts with oxygen in the presence of water or moisture, resulting in the formation of iron oxide, which is the reddish-brown substance we commonly refer to as rust. This mixture consists of iron oxide as well as other impurities, such as traces of water and other metals present in the environment.

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Is nail polish a pure substance or a mixture?

Answers

Final answer:

Nail polish is a mixture made up of solvents, polymers, colorants, and additives. It can be physically separated into its different components.

Explanation:

Nail polish is a mixture, not a pure substance. It is made up of different components, such as solvents, polymers, colorants, and additives. These components are not chemically bonded together and can be separated from each other.

For example, if you leave a bottle of nail polish open, the solvents will evaporate, leaving behind a dried-up mixture. Additionally, if you mix two different colors of nail polish together, you will create a new mixture with a blend of the two colors. Therefore, nail polish is considered a mixture because it contains multiple substances that can be physically separated.

Nail polish is not a pure substance, but rather a mixture of several substances. A pure substance has a constant composition with fixed ratios of elements, but nail polish consists of a blend of different chemicals including solvents, film formers, resins, and plasticizers. Each of these components contributes to the characteristics of the final product, such as its ability to adhere to the nail, its durability, and its shine.

For instance, the film formers and resins create the hard coating on your nails that lasts for days, while the plasticizers provide flexibility so the polish doesn't chip or crack. Solvents are used to keep the other components in a liquid state so they can be easily applied to the nails. Once the polish is applied, the solvents evaporate, leaving behind the hard, colored film on the nail. This makes nail polish a mixture and not a pure substance.

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Final answer:

Nail polish is a homogeneous mixture, not a pure substance. It comprises many components like nitrocellulose, solvents, coloring agents, and plasticizers, each maintaining its own chemical identity within the mixture.

Explanation:

Nail polish is not a pure substance but a homogeneous mixture. A homogeneous mixture is a combination of substances with a uniform composition. In the case of nail polish, it is a mixture of several components including but not limited to nitrocellulose, solvents, coloring agents, and plasticizers. Each of these components maintains its own chemical identity within the mixture; they are not chemically bonded into a new, larger chemical compound, which distinguishes mixtures from pure substances that consist of only one type of matter.

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Many older windows have only a single pane of glass. Why do these windows not insulate well?


A. Glass conducts heat better than air.

B. Glass conducts cold better than air.

C. Air conducts heat better than glass.

D. Air conducts cold better than glass.

Answers

I believe the answer is a

An unknown solution has a pH of 2. How would you classify this solution?
A. Acidic
B. basic
C. Neutral
D. There is not enough information to answer this question.

Answers

acidic because anything over a ph of 7 would be basic but anything below 7 would be acid and if it has a ph of 7 it would be neutral....Hope I helped

Answer:

The answer is my opinion is A. Acidic.

Explanation:

It is lower than 7 (which is neutral) and lower than 8-14 (basic)

Why is it important for the buret to be clean before using? How do you clean a buret

Answers

Sometimes, the types of the contaminents might have a slight or major effect on the concentration of your tirant and the reaction that takes place in your sample or multiple samples. The second and somewhat more important reason for cleaning your burette has to do with water. When you're cleaning your glassware, it is recommended to use water to rinse it off.

Hydrogen peroxide is sold as a 3.0% (by mass) solution. The rest of the solution is water . How many grams of hydrogen peroxide are in 250 grams of this solution?

Answers

Final answer:

The question deals with percent by mass calculations. For a 3.0% by mass solution of hydrogen peroxide, there are 3 grams of hydrogen peroxide in every 100 grams of the solution. Therefore, a 250-gram solution would contain 7.5 grams of hydrogen peroxide.

Explanation:

The solution of hydrogen peroxide is 3.0% by mass. This means that there are 3 grams of hydrogen peroxide in every 100 grams of solution. Therefore, in 250 grams of solution, the amount of hydrogen peroxide can be calculated by setting up a proportional equation:

(3 grams H2O2 / 100 grams solution) = X grams H2O2 / 250 grams solution

To solve for X, which represents the amount of hydrogen peroxide, cross multiply and divide:

(3 g H2O2 x 250 g solution) / 100 g solution = 7.5 g H2O2

So, there are 7.5 grams of hydrogen peroxide in a 250-gram solution.

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Why was it important to have endothermic and exothermic processes in the building materials of your train?

a.Which engines released thermal energy in an exothermic reaction?
b.Which engines absorbed thermal energy in an endothermic reaction?

Answers

Before, trains worked using the steam engine. Thus, it uses heat so it is crucial to apply heat balance. The steam engine absorbs energy during the stage of boiling water. So, this is the endothermic reaction. When the steam is used to work the piston, it has to release this energy through running the train. The excess energy is released as an exhaust to the chimney. This is the exothermic process because it releases energy to the surroundings.

The _______ is the layer of the atmosphere nearest to Earths surface

Answers

The troposphere is the layer of the atmosphere nearest to Earth's surface. Hope this helps! :D

~PutarPotato
The layer closest to the Earth would be the troposphere since it is the densest part of the atmosphere where most of the clouds form.

Caleb wants to find out which type of floor material is best for bouncing tennis balls the highest. Which statement best describes the process he should use?

He should use technological design because he will need to make materials.
He should use scientific investigation because he will need to do an experiment.
He should use technological design because he will need to conduct background research.
He should use scientific investigation because he will need to design a prototype.

Answers

Answer:

B. He should use scientific investigation because he will need to do an experiment.

a student determined in the laboratory that the percent by mass of water in cus04 5h20 is 38.0% if the accepted value is 40% what is the percent of error

Answers

Final answer:

The percent of error is calculated using the formula: Percent error = (Experimental Value - Accepted Value) / Accepted Value * 100%. In this case, the percent of error is -5%.

Explanation:

The percent of error can be calculated using the formula:

Percent error = (Experimental Value - Accepted Value) / Accepted Value * 100%

Given that the experimental value for the percent by mass of water in CuSO4 • 5H2O is 38.0% and the accepted value is 40%, the percent of error can be calculated as:

((38.0 - 40) / 40) * 100% = -5%

Therefore, the percent of error is -5%.

Final answer:

The percent error in the student's measurement of the percent by mass of water in CuSO4·5H2O is  5.0%. This is calculated by using the formula for percent error, which yields a percent error of 5.0%.

Explanation:

The student determined that the percent by mass of water in CuSO4·5H2O is 38.0%, but the accepted value is 40%.

To calculate the percent error, we use the formula:

Percent Error = (|experimental value - accepted value| / accepted value) × 100%

Substituting the given values:

Percent Error = (|38.0% - 40.0%| / 40.0%) × 100%

Percent Error = (2.0% / 40.0%) × 100% = 5.0%

Thus, the percent error in the student's measurement is 5.0%.

is NaCH an element ? why or why not?

Answers

I believe you mean NaCI*, (sodium chloride) . Sodium Chloride is not an element, it is known as an ionic compound, reason being because it forms an ionic bond with Na and CI.
I don't think it is, but I do know that NaCI is an element. Hope this helps!

Julia wants to find out which color fabric will heat up the fastest when put under a direct light.

So, she places pieces of red, white, and green fabrics outside in the sunlight. Then, she places pieces of black, yellow, and blue fabric inside under a bright lamp. Finally, she measures the temperature of all the fabric samples every 5 minutes.

Will Julia's results be valid?

Answers

NO the answers wont be valid.

Answer:

no to many variables

Explanation:

A neutral atom of beryllium (Be) has an average mass of 9 amu and 4 electrons. How many neutrons does it have?

13
9
5
4

Answers

To find the number of electrons, just subtract the amu and the atomic number (aka number of protons or electrons)...

so it is...

9-4=5 neutrons

Brainliest plz! :)

The number of neutrons in a neutral atom of beryllium is equal to 5. Therefore, option (B) is correct.

What is a neutral atom?

A neutral atom can be defined as an atom in which the number of the negative charge is equal to the number of the positive charge. Therefore, the overall electric charge on the neutral atom is zero.

We can say that for a neutral atom, the number of protons in an atom is equal to the number of electrons in that atom. All elements arranged in the modern periodic table are in a neutral state.

The atomic mass or average mass of the atom is the sum of the number of protons and neutrons in the nucleus of that atom.

Given, the average mass of  beryllium (Be) atom = 9 amu

Therefore, protons + neutrons = 9 in the one Be atom

The number of electrons in Be atom = 4

The number of neutrons in netural beryllium atom = 9 - 4 = 5

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National sales meetings, training meetings, product introductions, and dealer/customer meetings are all examples of what type of meeting which expression is equivalent to (f+g)(4)? What is an ecosystem service that performs the same function as a pesticide? How do we track stock market performance? ___ is a good way to make sure you arrive early at your destination, even at a cautious speed.A) Leaving earlyB) Keeping supplies in the vehicleC) Keeping car tools in the vehicleD) Frequently changing lanesE) None of the above a courier earns a fixed amount for each package she delivers and yesterday her average hourly wage was $12.50 an hour if she worked 8 hours yesterday and delivered 25 packages how much does she earn for each package delivered? Magnesium has 12 protons. how many electrons are in its second energy level? Suppose the half-life of an element is 10 years. How many half-lives will it take before only about 6% of the original sample remains? Ms. Rios buys 453 grams of strawberries she has 23 grams left after making smoothies how many grams of strawberries did she use Most people outside of Farmington, Maine, have never heard of Chester Greenwoodbut endless numbers of children have a fun way to play outside in cold winter weather because of his invention. Chester Greenwood was born in 1858 in Farmington, Maine. One of six children, he grew up on a farm. The family raised chickens and sold eggs. Greenwood walked an eight-mile route to deliver eggs to customers. Some of them also bought the peppermints he made. As a teenager, Greenwood loved skating. During the winter of 1873, he was given a new pair of ice skates. The 15-year-old headed for the local pond to try them out. The winter of 1873 was bitterly cold, and soon Greenwood's ears were stinging. He wrapped a wool scarf around his head, but it was both itchy and bulky. It was hard to see, much less skate, with a scarf tied around his head. Most people would have given up and waited for the weather to improve, but Greenwood was unwavering in his determination to find a way to protect his ears so he could skate. He took some wire and bent it into a pair of loops. Hurrying home, he persuaded his grandmother to sew material over the loops. Greenwood chose fur for the outside and velvet for the inside, which would be next to his sensitive ears. In no time, his grandmother had finished the first earmuffs ever made. With his new invention, Greenwood could keep his ears warm while skating. As he glided around the ice, fellow skaters noticed the strange invention on Greenwood's head. When asked, he called them "ear mufflers." Soon everyone wanted the ear mufflers. Greenwood's mother and grandmother helped by covering the wire frames with fur. Ear mufflers were extremely successful, and in 1877, Greenwood patented a model with a steel band. He was only 18 at the time. His "one-size-fits-all" model had ear covers that could be folded to store in a pocket. Greenwood called them his "Champion Ear Protectors." Soon, his mother and grandmother could not keep up with the orders. Greenwood moved his business into a factory in Farmington. By the early 1880s, more than 30,000 ear mufflers were being purchased every year. By 1936, the number was near 400,000. Farmington became the "Earmuff Capital of the World." Greenwood did not stop inventing, though. He applied for more than 100 patents. He invented 15 machines to help make and assemble parts for the earmuffs. He also invented a steel-tooth rake, shock absorbers, a whistling teakettle, and a washing machine. Other inventions included a new type of spark plug and a folding bed. While it is a joke among inventors that each is trying to invent a better mousetrap, Greenwood actually did come up with a mechanical mousetrap. 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