Balance the following equation in basic solution using the lowest possible integers and give the coefficient of water.
I-(aq) + O2(g) → I2(s) + OH–(aq)

Answer:

62,790J

Explanation:

Q=mcT

= 250g*4.186J/gc*80-20

=250*4.186*60=62,790J

The statement give in question is false as 4 hydrogen nuclei are converted into one helim nucleus some gamma rays, only two atom come together for fusion reaction.

The core is the power generator in the Sun. The core radius is close to one-fourth of that of the star. Inside the core, pressures and temperatures are high enough to make fusion. In a nuclear fusion reaction, the nuclei of two atoms come together to make a new atom. In the core of a sun, two hydrogen atoms combine to form a helium atom. The proton-proton cycle is an essential reaction that occurs within the core of the Sun.

H + H → He + ENERGY
In the proton-proton chain reaction, hydrogen nuclei are converted to helium nuclei through many intermediates. This reaction generates high-energy photons (gamma rays). This energy can be calculated by the famous Einstein equation, E = mc2.

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False. A prochiral center does not describe an sp_3 hybridized atom that can become a chirality center by changing one of its attached groups.

A prochiral center is an atom that possesses chirality, meaning it can become a chirality center by changing its stereochemistry. However, the statement in question is incorrect because a prochiral center does not require changing one of its attached groups to become a chirality center.

In contrast, a prochiral center is a type of stereocenter that exhibits chirality due to the presence of two different groups attached to it. It becomes a chirality center when one of the groups is replaced by another group, resulting in the formation of two distinct stereoisomers.

An example of a prochiral center is a carbon atom with three different groups attached to it. Upon substitution of one of the groups, the prochiral center becomes a chirality center, giving rise to enantiomers.

Therefore, the statement that a prochiral center can become a chirality center by changing one of its attached groups is false.

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Answer:

Explanation:

The glass (which does not crystallize even though it is accepted) of a window is NOT a mineral, since it is neither a substance of natural origin (although it is manufactured from natural components) nor does it have a defined crystalline structure, that is, the atoms they are not arranged in an orderly and regular way along axes and planes forming flat faces that keep a symmetry.

Remember that a mineral is defined as a solid, inorganic, homogeneous substance, of natural origin, with a crystalline structure and a determined and well-defined chemical composition within narrow margins and that has regular and characteristic physical properties.

Explanation: No, glass is not a mineral. ... Definable chemical composition: SiO2 *Actually, most industrially-produced glass is not pure silica, but having impurities is still a definable chemical composition so this part of the definition is ok. Orderly arrangement of atoms in a lattice: NO.

The condensation of water vapor in the atmosphere and subsequent transfer to the ocean via precipitation is an example of a Water Cycle.

Water cycle is also called hydrologic cycle that shows the continuous movement of water between the air and land.

There are four main stages in the water cycle:

Thus from the above conclusion we can say that The condensation of water vapor in the atmosphere and subsequent transfer to the ocean via precipitation is an example of a Water Cycle.

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Answer:

Dandelion seed

Explanation:

(I learnt it in camp)

Answer:

C Dandelion Seed

Explanation:

Dandelion Seed are light enough to be carried by the wind.

The product that was analyzed using GC has a retention time of 4.39 min.

Based on the given information, the product has a retention time of 4.39 min, and its peak area is \(2.93\ cm^{2}\). The starting alcohol has a retention time of 9.48 min, and its peak area is \(0.48\ cm^{2}\). It can be inferred that the product has a higher peak area than the starting alcohol, indicating that the reaction has proceeded to a significant extent. The retention time of the product falls between the retention times of dichloromethane and cyclohexene standards, which suggests that the product may contain both of these compounds or could be structurally similar to them. Further analysis, such as mass spectrometry or infrared spectroscopy, could be conducted to identify the exact composition of the product.

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While using stoichiometry as a problem solving tool in chemistry, the step must be completed first is balancing the equation.

Generally, in simple steps stoichiometry as the calculation of products and reactants in a chemical reaction. It is basically concerned with the numbers. Stoichiometry is basically an important concept present in chemistry that helps us to use balanced chemical equations to calculate amounts of reactants and products.

The important steps that are included to solve stoichiometry calculations are given below,

Step 1: All measurement data from the task should be extracted.

Step 2: Conversion of all units of measurement to the same base units.

Step 3: Writing of the balanced chemical reaction.

Step 4: Determination of the stoichiometry of species.

Step 5: Calculation of the desired quantity.

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The mass of the mixture is 95.8 g and the percentage by mass of cyclohexane in the mixture is 81.33%.

To calculate the percentage by mass of cyclohexane in the mixture, you need to use the formula:

Percentage by mass = (mass of component / total mass of mixture) × 100

Given that you have a mixture of cyclohexane and water and the density of the mixture is 0.958 g/mL,

1. To determine the mass of the mixture, you need to know the volume of the mixture and the density of the mixture. Since the density of the mixture is given, you can use the following formula to determine the mass of the mixture:

mass of mixture = density of mixture × volume of mixture

The mass of the mixture is: mass of mixture = 0.958 g/mL × 100 mL = 95.8 g

2. Since the density of cyclohexane is given as 0.779 g/mL, you can use the following formula to determine the mass of cyclohexane:

mass of cyclohexane = density of cyclohexane × volume of cyclohexane = 0.779 g/mL × 100 mL = 77.9 g

3. Using the formula given above, you can calculate the percentage by mass of cyclohexane in the mixture:

percentage by mass of cyclohexane = (mass of cyclohexane / mass of mixture) × 100

percentage by mass of cyclohexane = (77.9 g / 95.8 g) × 100 = 81.33%

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There are mainly three types of state of matter and they solid, liquid as well as gas. Gas molecule has no any attraction force on the other hand solid molecule has strong attraction force.

There are four different states of matter: solids, liquids, gases, as well as plasma. Adding or subtracting heat energy from a substance can frequently modify the state of matter in that substance. For instance, adding heat may cause ice to melt into liquid water as well as water to scald.

A condition of a substance known as gas entirely conforms to the form of the container it is placed in despite having no shape of its own. Solids have a defined shape as well as volume, whereas liquids just have a defined volume as well as no shape, and gases lack both shape and volume.

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The volume of 8.8g of carbon dioxide at STP is 4.38 L.

1 mole of any gas will take up 22.4 L of space at standard temperature and pressure (STP). A balanced chemical equation and the Ideal Gas Law can be used to determine the amount or mass of gas consumed or created in a chemical process.

n = m/M

where m is the molar mass of carbon dioxide and M is its mass in terms of molecules.

Considering that the molar mass of carbon dioxide is 44.01 g/mol:

n = 8.8 g / 44.01 g/mol

n = 0.1998 mol

Next, we can plug in the values of n, R, P, and T into the ideal gas law and solve for V:

V = (nRT)/P

V = (0.1998 mol x 0.0821 L·atm/(mol·K) x 273.15 K) / 1 atm

V = 4.38 L

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Answer:

Yes

Explanation:

One could incorporate a control experiment using an identical setup but without the gas to confirm that the gas is responsible for the color change.

To verify that the gas is responsible for the color change, a control experiment can be conducted by setting up an identical experiment but without the gas. This would involve placing the same amount of fresh beans in a test tube, adding the same amount of sodium hydroxide solution, and observing the change in color.

If the control experiment does not produce the same results, then it can be concluded that the gas is responsible for the color change. One could also include a test where a different gas, such as carbon dioxide, is added to the experiment and observe if the same color change occurs.

By doing these experiments, one can rule out other factors and prove that the gas is the cause of the change in color.

This question is related to "Lab 9: Cellular Respiration, Experiment 2: Aerobic Respiration in Beans, Post Lab Question."

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Answer:

B food rotting

Explanation:

Food rotting is chemical change

Answer:

On Sept. 15, 2020, NASA, in partnership with Future Engineers, launched the Artemis Moon Pod Essay Contest. The contest, which is open to all (public, private, and home school) students in grades K-12, asks participants to imagine they are leading a one-week expedition to the Moon’s South Pole. In the essay, students will need to describe to NASA what (and who) they would bring to help make their expedition a success.

The Moon Pod Essay Contest is presented in support of NASA’s Artemis program. The student challenge is part of NASA’s efforts to engage the public in its missions to the Moon and Mars. NASA is returning to the Moon for scientific discovery, economic benefits, and inspiration for a new generation. Working with its partners throughout the Artemis program, the agency will fine-tune precision landing technologies and develop new mobility capabilities that allow robots and crew to travel greater distances and explore new regions of the Moon.

Explanation:

Answer:

I would bring some warm clothes to keep me warm through the night because South Pole is cold. I would also bring blankets and sticks to make a fire. I would bring my bestfriend to keep me company.

Explanation:

The answer to the multiple choice question is 70 kilocalories provided by 10 grams of pure alcohol.

Alcohol is a type of macronutrient that provides energy to the body. It is considered the fourth macronutrient, besides carbohydrates, proteins, and fats. Alcohol is broken down into acetaldehyde and then into acetate, which is converted into energy in the body.

One gram of alcohol provides 7 kilocalories of energy, which is almost double the amount provided by carbohydrates and proteins. The energy derived from alcohol is not used as efficiently by the body as energy derived from other macronutrients, such as carbohydrates, proteins, and fats. This is because the energy derived from alcohol is quickly metabolized by the liver, leading to a temporary increase in energy but also making the body more prone to energy crashes.

Therefore, while alcohol does provide energy to the body, it is important to consume it in moderation to avoid negative health effects.

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Answer:

2 166/4917 m/s

Explanation:

Speed= distance÷time

Speed=100÷49.17=2 166/4917 m/s

Answer: I think it's  A

Explanation:

The theoretical mass of AgCl(s) produced when an excess of AgNO3(aq) reacts with 300 mg of [Co(NH3)5Cl]Cl2 is 173.5 mg.

To calculate the theoretical mass of AgCl produced, we need to determine the molar ratio between [Co(NH3)5Cl]Cl2 and AgCl.

From the formula [Co(NH3)5Cl]Cl2, we can see that it contains one Cl- ion per formula unit. Since AgNO3(aq) is in excess, all the Cl- ions will react with Ag+ ions to form AgCl.

The molar mass of [Co(NH3)5Cl]Cl2 is calculated to be 267.5 g/mol.

Now, we can calculate the number of moles of [Co(NH3)5Cl]Cl2:

300 mg / (267.5 g/mol) = 1.121 x 10^-3 mol.

Since the molar ratio between [Co(NH3)5Cl]Cl2 and AgCl is 1:1, the theoretical number of moles of AgCl produced is also 1.121 x 10^-3 mol.

Finally, we can calculate the mass of AgCl:

1.121 x 10^-3 mol x (143.5 g/mol) = 173.5 mg.

Therefore, the theoretical mass of AgCl produced is 173.5 mg.

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Answer: 19.2 mols

Explanation:

3*6.40 mol so 19.2 mols are produced. This is because the ratio of C3H8 to CO2 is 1 to 3 so there are three times as many moles of CO2 as C3H8.

Answer:

Ionic Compound

Explanation:

1) NaBr

2) CaCl2

3) MgS

4) AlO

5) Li3P

6) Cs3N

7) KI

8) BaF2

9) RbNO2

10) BaO

11) Potassium oxide

12) Magnesium iodide

13) Aluminum chloride

14) Calcium bromide

15) Sodium nitride

16) Lithium fluoride

17) Barium phosphide

18) Dicesium sulfide

19) Strontium fluoride

20) Sodium chloride

Hope this helps!!

Answer:

A substance whose molecules do not take up space or interact with one another

A substance whose molecules do not take up space or interact with one another, hence option A is correct.

Molecules are defined as the lowest fundamental unit of a chemical molecule that can participate in a chemical reaction is a group of bound atoms. The smallest identifiable unit into which a pure substance may be divided while retaining its composition and chemical properties is a molecule, which is a collection of two or more atoms.

A theoretical gas known as an ideal gas is made up of several randomly moving point particles with no interparticle interactions. Because it abides by the ideal gas law, a condensed equation of state, and is amenable to statistical mechanics analysis, the ideal gas concept is helpful. The relationship between pressure and volume in an ideal gas is described by the Ideal Gas Law.

Thus, a substance whose molecules do not take up space or interact with one another, hence option A is correct.

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Answer: the molecular altatude of the supercalifragilistic gene should expand by 100%,

L

L

L

L

L

L

L

L

L

L

L

Explanation:

Answer: 6.7 kPa

Explanation:

Pressure Total = P(partial 1) + P(partial 2) + P(partial 3) →

94.5 kPa = 65.4 kPa + 22.4 kPa + P(partial 3) →

6.7 = P(partial 3) :)

According to the Dalton's law of partial pressures the total pressure exerted by a mixture of gases is equal to the sum of the partial pressures exerted by each individual gas in the mixture.

So, P\(_o\) = P\(_1\)+ P\(_2\)+ P\(_3\)

\(\longrightarrow\)94.5 = 65.4+ 22.4 + P\(_3\)

\(\longrightarrow\)94.5 = 87.8+ P\(_3\)

\(\longrightarrow\) P\(_3\) = 94.5 - 87.8

\(\longrightarrow\)P\(_3\) = 6.7 kpa

Therefore, partial pressure of the 3rd gas of the mixture is 6.7 kpa .

Answer:

I dont know how to take a picture so I will just tell you the answer. The answer   is no.

Explanation:

Hope this helps.    :)      :D

The correct statements are, the pH at the equivalence point of the titration of a strong acid with a strong base is 7.00, the starting pH of a weak acid titrated with a strong base is lower than the starting pH of a strong acid titrated with a strong base. Options B and D are correct.

Option B is correct because the equivalence point of the titration of a weak acid with a strong base occurs when all the weak acid has reacted with the strong base to form its conjugate base, which is a stronger base. This results in a solution that is basic, and therefore has a pH greater than 7.

Option D is correct because the starting pH of a weak acid titrated with a strong base is lower than the starting pH of a strong acid titrated with a strong base. This is because a weak acid does not completely dissociate in water, resulting in a lower initial concentration of H⁺ ions and a lower pH. As the strong base is added during the titration, the pH gradually increases until the equivalence point is reached.

Option A is incorrect because the equivalence point of the titration of a strong acid with a strong base is actually below pH 7.0, due to the formation of water in the reaction. Option C is incorrect because past the equivalence point, the pH increases slowly, not rapidly, due to the excess base that has been added.

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Based on the principles of fluid mechanics and erosion, the water in the river flows faster on the outside of the bend and slower on the inside.

Meandering rivers are formed due to the lateral erosion of the riverbank, which creates a curvy path for the water to flow. This is caused by the differences in water velocity between the outside and inside bends of the river.

The above difference in velocity causes the water on the outside to exert more erosive force on the bank, leading to more erosion on the outside of the curve. The slower-moving water on the inside, by contrast, tends to deposit sediment, which can result in the formation of sandbars and other features.

Therefore, it is likely that there is more erosion on the outside of the curve in the riverbed as water flows through it.

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