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The Nernst Equation enables the DETERMINATION of cell potential under non-standard conditions. It RELATES the measured cell potential to the reaction QUOTIENT and ALLOWS the ACCURATE determination of equilibrium constants (including solubility constants).

tion: When acetic acid DISSOLVES in WATER, it dissociates into CH 3 COO − and H + IONS and thus the Van't Hoff factor is greater than 1.(ii) Acetic acid dimerizes when dissolved in benzene and thus the Van't Hoff factor is LESS than 1.

4fe+3o2= 2fe2o3Explanation:ATOM        * REACTANT side    =    *product side       1..  Fe                 1*4                   =                 2*2       2..O                    2 *3                  =                   3*2

tion:The Van't HOFF factor is an integer based on the number of particles that a substance will dissociate into. A dilute solution of K2SO4 would dissociate into two K+ ions and a SULFATE ion. Therefore the Van't Hoff factor for a dilute solution of K2SO4 is 3.

this is GEM BCOZ BROMO are attached on the same c ATOM

Both are DISPLACEMENT REACTIONZN + 2AgNo3 - - >ZN(NO3) 2 + 2Ag2KI +PB(NO3) 2 - - >PbI2 + 2KNO3

2.57×10ki POWER 24Explanation:HOPE it HELPS you!

WBC do u mean white Explanation:it is also CALLED LEUKOCYTES are the cells of immune SYSTEM that are involved in protecting the body against both INFECTIONS diseases and foreign invaders ....All white blood cells are produced and derived from multi potent cells in the bone marrow known as hemmopoitic STEM cells plz follow me mark me as brilliest t

A balanced EQUATION is in which the elements of the SUM of reactants have the same number of molecules as the elements in the reactants.A balanced equation is necessary due to the law of conservation of MASS, which states that mass is NEITHER created nor destroyed during a chemical reaction. That is why the number of molecules of each element should be same on the LHS and well as the RHS for the mass to be same.

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the RIGHT ANSWER REFER ATTACHMENT for EXPLANATION!!

solution is a solution that contains 1 molecular weight of solute in a kilogram of solvent. It is the strength or concentration of a solution, especially the amount of DISSOLVED SUBSTANCE in a given volume of solvent. It is a concentration of a solution expressed in moles or molality (m).Because volume is not part of the molality equation, molality is independent of temperature. Using molalities rather than molarities for lab experiments keeps the results within a closer range.In the field of electrochemistry and metal corrosion, molality and molarity are applied as concentration units.Corrosionpedia explains MOLAL SolutionA solution obtained by dissolving one gram of the solute in 1000 grams of solvent is known as a 1 molal solution. For example, when 60 g of NaOH are dissolved in 1000 g of solvent, the solution contains 1.5 moles of solute in 1 kg of solvent. THEREFORE, the molality is 1.5.The factors needed to calculate molality are moles of solute and the mass of solvent in kilograms. The SI unit for molality is mol/kg. A solution with a molality of 3 mol/kg is often described as "3 molal" or "3 m."The primary advantage of using molality to specify concentration is that unlike its volume, the mass of the solvent does not change with changes of temperature or pressure; molality remains constant under changing environment conditions. Molality, like mole fraction, is used in applications dealing with certain physical properties of solutions.As the molality changes, it affects the boiling point and freezing point (also known as the melting point) of the solution. A higher molality increases the boiling point and decreases the freezing point of the solution. As molality is a more accurate measure of solutes in solution in dynamic conditions, it is often used in comparing and determining colligative properties of solution.Molality is a property of solutions. If the solvent is reactive, and one needs to know the stoichiometry between the solvent and the solute, knowing the molality can be very important. The mass-based nature of molality implies that it can be readily converted into a mass ratio.Please MARK me as brainlist.

ribution of FOSSILS

44 gramsExplanation:caco3 = cao+ CO21 MOLE of caco3= 1 mole of CO2 GRAMS caco3= 44 great of CO2I hope it will HELP you friend

f all Your question is wrong......it should be ...What mass of SLAKED lime would be required to decompose COMPLETELY 4 g of NH4Cl and what would be the mass of each product?now the answer is ....The reaction for the DECOMPOSITION of the Slaked lime and Calcium Hydroxide is ⇒2NH₄Cl + Ca(OH)₂ --------→ CaCl₂ + 2H₂O + 2NH₃↑Molar mass of the NH₄Cl = 53.5 g/mole.Molar mass of the Ca(OH)₂ = 74 g/mole.Molar mass of CaCl₂ = 111Molar mass of water = 18 g/mole.Molar mass of AMMONIA = 17 g/mole.From the Reaction,∵ 2 × 53.5 grams of NH₄Cl requires 74 g of the Ca(OH)₂∴ 1 g of NH₄Cl requires 74/107 g of the Ca(OH)₂.∴ 4 g of the NH₄Cl requires 0.692 × 4 g of the Ca(OH)₂.    = 2.768 g of the Ca(OH)₂Thus, Mass of the Calcium Hydroxide is 2.768 grams.For the Mass of the CaCl₂.∵ 2 × 53.5 g of the AMMONIUM Chloride produces 111 g of Calcium Chloride.∴ 1 g of the ammonium ch. produces 111/107 g of CaCl₂.∴ 4 g of NH₄Cl produces 1.04 × 4 g = 4.16 g of CaCl₂ For the mass of water,107 g of Ammonium chloride produces 2 × 18 g of Water.∴ 4 g of the Ammonium chloride produces 36/107 × 4 = 1.356 g of water.For the Mass of Ammonia,107 g of Ammonium Chloride produces 2 × 17 g of Ammonia.∴ 1 g of Ammonium Chloride produces 34/107 g of Ammonia.∴ 4 g of NH₄Cl produces 34/107 × 4 = 1.27 g of NH₃.Hope it helps.

Sodium is USED as a heat exchanger in some nuclear reactors, and as a reagent in the chemicals industry. But sodium SALTS have more uses than the METAL itself. The most COMMON compound of sodium is sodium chloride (common salt). It is added to food and used to de-ice roads in winter.

the rate of dis APEARANCE Explanation:ISKA ANS hai -1\2

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Cellulose ACETATE, POTASSIUM ferrocyanide, ETC. are used as semipermeable membrane for CARRYING out reverse osmosis.

tion:Osmotic pressure is preferred for the molar mass determination of macromolecules. This is due to following reasons.(i) Osmotic pressure can be ACCURATELY measured even in dilute solutions.(ii) osmotic pressure is measured at room TEMPERATURE. Elevation in boiling POINT is measured at high temperature (boiling temperature of solution) at this temperature, SOLUTE may decompose. Depression in freezing point is measured at low temperature (freezing temperature of solution).

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Doctors advice gargle by saline water in case of sore THROAT. Relief is observed in sore throat by saline water due to osmosis process. ... Through osmosis, the SALT draws out the EDEMA fluid, killing the BACTERIA, which requires a warm, WET environment.

Reverse OSMOSIS is like water purification PROCESS which uses partially permeable membrane to remove ions, unwanted molecules and LARGE particles from drinking water.

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yes because SALT has some SUGAR in it which increases the PERSON HIGH BLOOD pressure

hey mate here is your answer ❤️❤️❤️1. Magnesium will react with following :-zinc sulphate, copper sulphate and iron sulphate.2. Zinc will react with following :-copper sulphate, iron sulphate 3. Iron will react with following :-copper sulphate only.4. POTASSIUM SALT will not react with any of these. mark me as BRAINLIST ❤️ ❤️❤️

A solution is a homogeneous mixture of TWO or more substances. concentration refers to the amount of a substance in a defined SPACE. ANOTHER definition is that concentration is the ratio of solute in a solution to either solvent or total solution. ... Instead of volume, concentration may be per unit mass. Molarity is efffected by the temperature because it is based on the volume of the solution, and a volume of the substance will be affected by changes in temp.in general,volume will increase when temp increases,and vice versa. ... mass is the same at any temp hence MOLALITY wont change in the change of the temp.Up 1st ONE. Up 2nd one.

-1,+2(+1),-1,+2,+2(+1),+1,+2

Molecular MASS of CaCO3=40+12+(16*3)=100gSo, we don't have to do much in this QUESTION!!!Now, we KNOW ,CaCO3 (by HEATING)→CAO + CO2 (↑)therefore, 1 mole of CaCO3 gives 1 mole of CaO…..So, 1 mole of CaCO3 = 100g of CaCO3AND 1 mole of CaO = (40+16)g=56g of CaOSo, 100g of CaCO3 gives 56 g of CaO on heating …..Thanks for a good question…

a. 0.02 MOLE SULFUR present.b. 1.2×10^22 MOLECULES 9.6×10^22 ATOMS.

Anything that OCCUPIES SPACE and has mass is called matter. ... However, the smell or odour of a substance is classified as matter. The smell of any substance (SAY, perfume) is the gaseous form of that substance which our olfactory system can detect (even at very low concentrations). Hence, smell of perfume is matter. MARK ME AS BRAINLIEST

An azeotrope or a constant boiling point mixture is a mixture of two or more LIQUIDS whose proportions cannot be ALTERED or CHANGED by simple distillation. This happens because when an azeotrope is boiled, the VAPOUR has the same proportions of constituents as the UNBOILED mixture.Explanation:MARK ME AS BRAINLIST..FOLLOW ME..

What are the values of H and V for an ideal solution of two ... Is —OR group having stronger -I effect than —OH group?ideal solution. : a SOLUTIONIN which the interaction between molecules of the components does not differ from the INTERACTIONS between the molecules

molarity is the NUMBER of moles of SOLUTE PER LITRE of solution.Explanation:

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the ALCOHOL and the water does not form an ideal MIXTURE show the intermolecular forces between .Explanation:HOPE it HELPS you✌✌✌✌

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