Which structure is the arrow pointing to?

What is the function of this organelle?

The temperature, pressure, and precipitation conditions of the atmosphere for a specific place on a given day is called weather, whereas a longer-term view of these same factors, typically taken over a period of many years, is called climate.

We can describe the weather of the place as the temperature or atmosphere of a place on a certain day. On the other hand, the climate is the long-term weather condition of a place. The climate describes the average weather of the place.

A climate tends to remain unchanged for a place over several years whereas the temperature is the regular day-to-day change in the atmospheric conditions.

The climate of a region is determined by the average atmospheric conditions of a place that are recorded and observed over a long period of time.

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the real gas pressure for above question was 91.4atm

what is van der waals equatio?

The Van der Waals equation (or Van der Waals equation of state) is an equation of state used in chemistry and thermodynamics that extends the ideal gas law to take into account the effects of interactions between molecules in a gas as well as accounting for the finite size of the molecules.

The ideal gas law views gas molecules as point particles that interact only with their surroundings and not with one another, which means that when they collide, they do not occupy any space or change their kinetic energy.

The volume V occupied by n moles of any gas has a pressure P at a temperature T determined by the following relationship, according to the ideal gas law, where R is the gas constant:

PV=nRT

(pxn2a/v2) (v-nb)=nRt

p 10x1.36/2.41x2.41-10x0.0318

p 13.6/2.41x2.092

nRt=p2.69

10x0.08206x300/2.69

=91.4atm

therefore the real gas pressure =91.4atm

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Sample X is best classified as a heterogeneous mixture

Homogenous mixture has the same uniform composition and appearance through out the reaction and it is difficult to separate the substrates present in it.

A heterogeneous mixture contains of visibly  different phases or substances. Here separating the mixture becomes easy.

In the given question When sample X is passed through the filter paper we see that a white residue is remaining which is Y. This itself suggests that the the mixture is heterogeneous mixture.

As we initially got the residue it suggests that the solution is a homogenous mixture as we can now differentiate two substances

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For a given sample of ch3oh , the enthalpy change during the reaction is 82.7 kj. The mass of the methane gas will be 32 gram.

When methanol will provide some temperature, then it will break into methane and oxygen gas and release some amount of energy.

The balanced chemical equation can be written as:

[tex]2CH_{3}OH[/tex]→ [tex]2CH_{4} + O_{2}[/tex], ΔH= 82 kJ

It can be seen that 2 mole of methane will produce 82 kj energy.

Hence, the energy of 82.3kj the count of mole could be = (2×82.3)/82

 = 2 moles

The mass will be equivalent to the = 2 × 16 = 32 g

Therefore, the mass of [tex]CH_{4}[/tex] produced will be 32g

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The masses of the solutions are; 0.34 g, 0.95 g and 2.9 g respectively.

We know that in the process of electrolysis, it is possible that we can be able to deposit a given mass of the metal when we pass a direct current through the solution.

We then have;

Quantity of current passed through each solution = 100 * 10^-3 A * 4 * 60 * 60 = 1440 C

Solution 1;

23 g of sodium is deposited by 96500 C

x is deposited by 1440 C

x = 0.34 g

Solution 2

63.5 g is deposited by 96500 C

x is deposited by 1440 C

x = 0.95 g

Solution 3;

197 g is deposited by 96500

x is deposited by 1440 C

x = 2.9 g

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An electrolyte is a solution containing a large concentration of dissolved ions.

A solution containing a large concentration of dissolved ions is called an electrolyte. It mainly consists of dissolved cations ,anions. Some of the most important and commonly discussed electrolytes are

Calcium which plays a pivotal role in bone health in the body and muscle contraction and relaxation.

Sodium, which is responsible for maintaining osmolarity and nerve impulse conduction, the lack of sodium ions in the body may lead to Hyponatremia.

Potassium is another important electrolyte which is responsible for normal heart function and skeletal growth.

Chloride ions which are in close coordination with sodium ions in the body help in maintenance of the body's blood pressure. It can be obtained from tomatoes, olives, etc.

The shortage of these electrolytes in the body can cause physiological problems like tiredness, lethargy, sleeplessness and improper growth in case of children. Hence it is crucial for us to include all the electrolytes in our diet and have foods that are rich in water and electrolytes to stay healthy and fresh.

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The partial pressure of each gas in the mixture is 291.04 mmHg and  393.22mmHg

Partial pressure is defined as if a container is filled with more than one gas and each gas exert pressure

Here given data is

Total pressure = 689 mm hg

Mass of oxygen = 1.58 grams

Mass of carbon dioxide = 5.92 grams

We have to find partial pressure of each gas in the mixture = ?

So number of mole of oxygen

Number of moles = mass/molar mass

Number of moles =  1.58 grams/15.999g/mol

Number of moles = 0.098 mol

Number of mole of carbon dioxide

Number of moles = mass/molar mass

Number of moles =  5.92 grams/44.01g/mol

Number of moles =  0.134 mol

Then partial pressure of oxygen

Total number of moles  0.098 mol + 0.134 mol = 0.232 mol

P(O₂) =  [moles of oxygen / total moles] × total pressure

P(O₂) = 0.098 mol/0.232 mol × 689 mm hg

P(O₂) =291.04 mmHg

Partial pressure of carbon dioxide

P(O₂) = [moles of oxygen / total moles] × total pressure

P(O₂) = 0.134 mol/0.232 mol×689 mm hg

P(O₂) = 393.22mmHg

Partial pressure of each gas in the mixture is 291.04 mmHg and  393.22mmHg

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Using the automatic pipette method, the density of the liquid is 0.82 g/ml.

Density, denoted by ρ, is the property of a substance which determines whether it will sink or float. It is the ratio between the mass of the substance and its volume. It can be calculated using the formula below.

ρ = m/v

where ρ = density

m = mass

v = volume

Given that a 100-μl automatic pipette was used, then the volume of the liquid is 100 μl.

1 µL = 0.001 mL

100 µL = 0.1 mL

Plug in the values and solve for the density of the liquid.

ρ = m/v

ρ = 0.082 g / 0.1 mL

ρ = 0.82 g/ml

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The isotope that has the highest percent abundance is Os-190.

We know that the amount of the element that can be found in the universe does differ because the element is composed of isotopes. The isotopes are the atoms of the element that have the same atomic number but does have different mass numbers.

Now we know that the two common isotopes of osmium are Os-190 and Os-191. The isotope that would have the highest percent abundance is the isotope whose mass is closer to the relative atomic mass of osmium which is 190.23.

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Neutral lithium is oxidized and changed into Li+ at the anode. When the electrons from the anode reaction are received at the cathode, this causes the reduction of Co(IV) to Co(III).

The biological aerobic system (BOD) of wastewater is decreased after oxidation, which also lessens some contaminants' cytotoxicity. Some contaminants undergo this treatment and are transformed into dioxide, water, and sludges. Disinfection is commonly accomplished using chemical oxidation.

The reaction brought on by coming into touch with oxygen molecules is known as oxidation. These materials can be non-metals like live tissues or metals. Technically speaking, oxidation is the removal of one electrons during the phase of interaction between two or more atoms.

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In phosphorous pentachloride, also known as pcl5, the central p atom's hybrid orbital, designated Sp3d, forms a sigma bond with an exterior cl atom. The P molecule hybridization is indicated by the symbol sp3d.

To create 5 P-Cl sigma bond in this situation, the P atom needs 5 orbitals. It needs to create the fifth sigma bond using one of its three 3d orbitals because it has three 3s and two 3p orbitals. These orbitals are combined to create five sp3d orbitals, making a triangular bipyramid. The process was referred to as hybridization, and it was characterized as the redistribution of the energy in the individual atoms' orbitals to create new orbitals with equivalent energy. The new orbitals are created and given the term hybrid orbitals. Is known as hybridization.

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The mass of 4.54 moles of Na₂SO₄, given that it has a molar mass of 142.04 g/mol is 644.77 grams

We know already that the mole of a substance is related to it's mass and molar mass according to the following equation:

Mole = mass / molar mass

Applying the above formula, we can obtain the mass of 4.54 moles of Na₂SO₄. This is illustrated below:

Mole = mass / molar mass

4.54 = Mass of Na₂SO₄ / 142.02

Cross multiply

Mass of Na₂SO₄ = 4.54 × 142.02

Mass of Na₂SO₄ = 644.77 grams

Thus, the mass of 4.54 moles of Na₂SO₄ is 644.77 grams

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I would have to go with D

Hope this helps

Answer:

just give the other person brainliest

Explanation:

Answer:

2Li3PO4(aq) + 3Ca(C2H3O2)2(aq)

- - - > Ca2(PO4)2(s) + 6LiC2H3O2(aq)

The colors of the starting solutions differ in case of high and low concentrations, because the titrations start at different pH values.

The colors of the starting solutions vary in case of high and coffee concentrations, due to the fact the titrations start at distinctive pH values. In case of excessive concentrations, the starting color is of brilliant pink red, converting to purple orange all through innovative titration.

The signs have a chemical structure which can soak up mild beneath positive pH conditions and both change shade or grow to be colorless below other pH situations. This normally happens because of a exchange in protonation of the purposeful group of the molecule.

Whether an answer is acidic or simple can be measured at the pH scale. When everyday indicator is brought to a solution, the color change can indicate the approximate pH of the solution. Acids purpose universal indicator option to trade from green in the direction of crimson.

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Two anti-bonding orbitals and six electrons in bonding orbitals make up the bond order of the given molecule, which is 2. In the orbital theory, the bonding orbital is used to describe interactions.

The formula for determining bond order is given below. 1/2 (electrons in bonding molecular orbitals - electrons in antibonding molecular orbitals) (electrons in bonding molecular orbitals - electrons in antibonding molecular orbitals) Bond length and strength are revealed by bond order. A shorter bond length is typically correlated with higher bond order. The fact that there are more bonds between the atoms explains this.

Half of the difference between the number of bonding and antibonding electrons is another definition of bond order in molecular orbital theory.

Bond order is 1/2. (electrons in bonding orbitals - electrons in anti-bonding orbitals.)

Bond order is 1/2. (6-2)

bond order is two.

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Mathematics and science are formal and exact sciences that are based on logic.

Mathematics is an exact science that studies the properties and relationships between entities through geometric figures and arithmetic with numbers. Mathematics then looks for common patterns that could end up leading to a theory and, if it is verifiable and true, end up being a law, such as the Pythagorean law for example.

In terms of science, it is the comparable knowledge that has been studied, explained, and has helped predict social and natural phenomena in our universe over time. This has been done and verified through the scientific method, making it then a verifiable and true logic.

Therefore, we can confirm that mathematics and science are formal and exact sciences that are based on logic.

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Minerals are similar as they always have a specific chemical structure throughout the entire mineral and are all solids at normal temperatures while they can be different due to their physical properties.

Minerals are naturally occurring solid substances. They can be made from a single element (like gold) or from a combination of elements (Sodium and Chlorine). The Earth is made up of thousands of different minerals.

Minerals are often divided into two groups: silicates and non-silicates. Silicates are minerals that contain silicon and oxygen.

The rest of the minerals are classified into a group called non-silicates.

Some important non-silicate minerals include:

In conclusion, minerals are very similar to each other but also differ in their physical properties even if they all exist in the form of crystals.

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According to the given statement 1.96 L  is the new volume assuming temperature is constant.

An volume of a gas is just one where there were no intermolecular attraction forces and all collisions involving atoms or molecules are entirely elastic. It can be seen as a group of perfectly spherical particles that collide but do not otherwise interact with one another.

Initial pressure (P₁): 0.98 atm

Initial volume (V₁): 1.0 L

Final pressure (P₂): 0.50 atm

Final volume (V₂): ?

Boyle's law provides an expression for this for an ideal gas that experiences an isothermal change.

P₁×V₁ = P₂×V₂

V₂ = P₁×V₁ / P₂

V₂ = 0.98 atm * 1.0 l / 0.50 atm

V₂ = 1.96 L

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Answer:Does alcohol really burn off when cooking? what are the possible substitutions for alcohol in recipes?

Explanation:

The longer you cook, the more alcohol cooks out, but you have to cook food for about 3 hours to fully erase all traces of alcohol. A study from the U.S. Department of Agriculture's Nutrient Data lab confirmed this and added that food baked or simmered in alcohol for 15 minutes still retains 40 percent of the alcohol.

If there are 0.2 M solutions of both acid and base, the concentrations of hydrogen and hydroxide ions will be equal at equivalence point.

The reaction of sulfuric acid and a basic solution BOH occurs as follows;

H2SO4(aq) + 2BOH(aq) -----> B2SO4(aq) + 2H2O(l)

In the question, we are told that that both the solution of the sulfuric acid and the basic solution are 0.2 M.

The point where all the hydrogen and hydroxide ions have reacted according to the stoichiometry of the reaction. If there is really equimolar amounts of acid and base, the concentration of hydrogen and hydroxide ions will be equal at equivalence point.

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Benzoic acid showed a smaller rf value than 9-fluorenone in the TLC result because of its different attraction phase, stationary phase, and mobile phase.

The Rf esteem depends on the stationary stage and portable stage of the TLC plate. The Rf esteem of a compound changes based on how pulled it is to the stationary and versatile stages.

As a rule, the stationary stage is silica gel, which is very polar, so the versatile stage is moderately non-polar.  

Benzoic corrosive is moderately polar since it incorporates a carboxylic corrosive bunch. So, it would have a moo Rf value on a TLC plate with silica gel as the stationary stage and hexane as the versatile stage.

The Rf esteem on a TLC plate with silica gel as the stationary stage and 60:40 hexane: ethyl acetic acid derivation as the versatile stage.

The benzoic corrosive would be more pulled into the generally polar 60:40 hexane: ethyl acetic acid derivation than the non-polar hexane portable stage.

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The mass percent of the methanol is 21.83%.

The parameter

Calculate the mass of methanol and water.

[tex]\rho = \frac{m}{V}[/tex]

m = ρ × V

Where m is a mass (kg), ρ is the density (kg/m³), and V is volume (m³)

Mass percent of the methanol

= [tex]\frac{mass \: of \: methanol}{mass \: of \: solution} \times 100\%[/tex]

= [tex]\frac{m_1}{m_1 + m_2} \times 100\%[/tex]

= [tex]\frac{158.4}{158.4 + 567.1} \times 100\%[/tex]

= [tex]\frac{158.4}{725.5} \times 100\%[/tex]

= 0.2183 × 100%

= 21.83%

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Mineral A scratches mineral B, we can infer from here that Mineral A is more harder than Mineral B.

The minerals are the naturally occurring chemical compounds which are found in the earth's layers. Minerals have different properties.

If mineral A is rubbed against mineral B and Mineral A scratches mineral B, we can infer from here that the mineral A is harder than mineral B.

The hardness of the minerals is because of the intermolecular forces between the particles of the minerals. The mineral A might be having strong intermolecular forces in comparison with the mineral B.

This is why when rubbed against each other, the mineral A scratches the particle of the mineral B which has lower intermolecular forces between the particle of the mineral B.

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Complete question - Two unknown mineral samples, A and B, are rubbed against each other. Mineral A scratches mineral B. What can you infer about the minerals?

O Mineral A is harder than mineral B.

O Mineral B is harder than mineral A.

O Mineral A is more dense than mineral B

Mineral B is denser than mineral A.​

The number of moles of argon gas in a 4L container at 1620KPa and 25C is 2.62 moles. This can be calculated by ideal gas equation. The number of moles will not change when the argon gas is replaced by helium gas.

What is an ideal gas equation?

The ideal gas equation states the relation between pressure, volume, number of moles and temperature. The pressure multiplied by volume is directly proportional to the number of moles multiplied to the temperature. The equation can be written as, PV = nRT.

According to the ideal gas equation,

PV = nRT

P is pressure, n is number of moles, T is temperature, V is volume.

n = 1620KPa x 4L / 8.314Jmol^-1K^-1 x 298K = 2.62 moles.

Therefore, according to ideal gas equation, 2.62 moles is the number of moles of the gas in 4L container with 1620KPa pressure and 25C temperature. The number of moles doesn't depend on the gas. So it doesn't change when argon gas is replaced with helium gas.

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In alpha decay both the atomic number and mass number of the atom changes. Whereas, for beta decay only atomic number changes. The horizontal change is representing the change in atomic number and vertical change is for mass number.

Radioactive decay is the process of nuclear decay of an unstable radioactive atom by the emission of charged particles such as alpha, beta or gamma to form a stable isotope.

The nuclear decay by the emission alpha particle is called alpha decay in which the mass number decreases by 4 units and atomic number changes by 2 units. Hence the graph of alpha decay shows both vertical and horizontal change.

In beta decay beta particles are emitted where, no change occurs in mass number but atomic number increases by one. Hence, the graph will only shows the horizontal change.

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The entropy of the system increases according to  increase entropy principle

The Increase in Entropy Principle states that for any process the total change in entropy of a system together with its enclosing adiabatic surroundings is always greater than or equal to zero.

The measure of a system's thermal energy per unit temperature that is unavailable for doing useful work. Because work is obtained from ordered molecular motion, the amount of entropy is also a measure of the molecular disorder, or randomness, of a system.

So hence when ice cubes are added into a insulated cup of hot water it decreases the temperature and the ice melts

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When a system is compressed from 50 liters to 5 liters at a constant pressure of 10 atmospheres, how much work is done must be determined. Therefore, worked on is equal to p delta v less. P stands for pressure and refers to atmosphere. Therefore, we must convert it to newtons per square meter.

The equivalent of 10 atmosphere is 10 times 10 1, 3, and 5. The final volume and its beginning volume are the Newton perimeter square and changing volume. The total number of letters is five.

Additionally, we must afterwards convert into meter cube. Now, one letter equals ten to the power three minus m cube. In order to get 15 times 10 to the power of 3 meter cube, we increase it by 10 to the monastery's -50 L.

volume-temperature (constant pressure) When pressure is constant, a gas's volume and temperature are directly inversely related. When pressure is constant, the volume to temperature ratio remains constant. The term "Charles' law" or "Gay-law" Lussac's refers to this relationship.

When we say that the gases are under constant pressure, we mean that the pressures do not change depending on where we are in the cylinder. Both gases fill the entire space and, as you mentioned, exert different pressures. The partial pressure of a gas is the pressure it exerts within a mixture.

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