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tion:SORRY to say but if you will not provide us the COMPLETE questionthen how any one can answeri am REQUESTING you to provide that full QUESTION also

in estimation of CO.I2O5 is also a GOOD OXIDISING agent.I HOPE IT WILL HELPS U....☺️☺️☺️

❤❤ IONIC COMPOUNDS have high melting POINTS , this is because a CONSIDERABLE amount of energy is required to BREAK the strong inter ionic attraction ❤❤Hope it helps :)Shreya ❤

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s the difference between acetone and acetophenoneis that acetone is (ORGANIC compound) a colourless, volatile, FLAMMABLE liquid ketone, (CH3)2co, used as a solvent while acetophenone is (organic compound) the aromatic ketone, phenyl methyl ketone , used in the manufacture of very MANY organic compounds.Hope it helps you ItzRiya✌️

ecycled in OSTWALD's PROCESS in PREPARATION of HNO3I HOPE it will.helps U..,☺️☺️☺️

tion:-In organic chemistry and inorganic chemistry, nucleophilic substitution is a fundamental class of reactions in which an electron rich nucleophile selectively bonds with or attacks the positive or partially positive charge of an atom or a group of atoms to replace a leaving group; the positive or partially positive atom is referred to as an electrophile. The whole molecular entity of which the electrophile and the leaving group are part is usually called the substrate. The nucleophile essentially attempts to replace the leaving group as the primary substituent in the reaction itself, as a part of another molecule.The most general form of the reaction may be given as the FOLLOWING:NUC: + R-LG → R-Nuc + LG:The electron pair (:) from the nucleophile(Nuc) attacks the substrate (R-LG) forming a new bond, while the leaving group (LG) departs with an electron pair. The principal product in this case is R-Nuc. The nucleophile may be electrically neutral or negatively charged, whereas the substrate is typically neutral or positively charged.An example of nucleophilic substitution is the hydrolysis of an alkyl bromide, R-Br, under basic conditions, where the attacking nucleophile is the OH− and the leaving group is Br−.R-Br + OH− → R-OH + Br−Nucleophilic substitution reactions are commonplace in organic chemistry, and they can be broadly categorised as taking place at a saturated aliphatic CARBON or at (less often) an aromatic or other unsaturated carbon centre. * Mark as Brainlist ANSWER I HOPE THIS WILL HELP YOU

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because This molecule does not have a permanent dipole moment (i.e., the dipole moment of CO2 is ZERO). The requires the molecule to be linear because OXYGEN is more ELECTRONEGATIVE than carbon and therefore the C=O. ... The bonds in SO2 are also polar as the electronegativities of S and O are different, just like CO2.

Answer 1: By definition, an atom is electrically NEUTRAL (i.e. has the same number of protons as it does electrons, PLUS some number of neutrons depending on the isotope). If a species were CHARGED, it is REFERRED to as an ion (cation for positively charged and ANION for negatively charged species), also by definition.Explanation:Hum spam nahi karte kyoki vo humare khun me nahi ha.

Hey mate the main ORE of Aluminium is bauxiteExplanation:Hope this HELPS you MARK this as BRAINLEST answer

ww.microspectra.com/microscopesMicroscope SPECTROPHOTOMETER | Measure UV-visible-NIR spectraDesigned to measure UV-visible-NIR SPECTRA of microscopic samples. Call us for more Info. Spectrophotometer for microscopic samples: UV-vis-NIR, PL, Raman-LEARN more here. Spectra of micro samples. Call today to learn more.UV-vis-NIR MicrospecsRaman MicrospectrometerHow microspecs are usedUV-vis-NIR Microscope

the ANSWER is PROPANOIC ACID EXPLANATION:mark as brainliest

olet-visible (UV-Vis) spectroscopy is one of the most POPULAR analytical techniques because it is very versatile and able to detect NEARLY every molecule. With UV-Vis spectroscopy, the UV-Vis light is passed through a sample and the transmittance of light by a sample is MEASURED. From the transmittance (T), the absorbance can be CALCULATED as A=-log (T). An absorbance spectrum is obtained that shows the absorbance of a COMPOUND at different wavelengths. The amount of absorbance at any wavelength is due to the chemical structure of the molecule.

formula for rate constant for zero order reactionK = Rate X 1/ conc^0=(Mol/L) / S x 1/ (mol/L)^0= Mol / LSExplanation:

(CH3)2NH Explanation: (CH3)2NH is most basic in aqueous SOLUTION. It is a result of subtle interplay of stability of carbocation solvation EFFECT and STERIC hinderance.

toms have low ionization ENERGY and low electron AFFINITY. Therefore, they tend to lose ELECTRONS and do not tend to gain electrons. ... Any electrons added to a noble gas would have to be the first electron in a new (larger) energy level. This CAUSES the noble GASES to have essentially zero electron affinity.

C2H5OH (ETHANOL) and C2H2 (acetylene)explaination : this TWO compounds form ACETELDEHYDE (C2H4O) in ozonolysis if it is HELPFUL yo you , rate me.thank you

HEY FRIEND LET ME HELP YOU HENRY Moseley (1887–1915) subjected known ELEMENTS to x–rays. He was able to derive the relationship between x–ray frequency and number of PROTONS. When Moseley arranged the elements according to increasing atomic numbers and not atomic masses, some of the inconsistencies associated with Mendeleev's table were eliminated. The modern periodic table is based on Moseley's Periodic Law (atomic numbers).He suggested that instead of arranging elements in the ascending order of their atomic masses, they should be arranged in the ascending order of their atomic numbers.

C₆H₆ + CH₃COOCl + AlCl₃  → C₆H₅COOCH₃Explanation:

he CORRECT OPTION......

Hydrogen isprepared in the laboratory by the ACTION of the DILUTE HYDROCHLORIC acid or dilute sulphuric acid on granulated zinc. Granulated zinc contains an impurity LIKE copper which ACTS as a positive catalyst. A positive catalyst increases the rate of a chemicalequation.

1: Compare ElectronegativityThe ELECTRONEGATIVITY of an ELEMENT is its propensity to attract ELECTRONS, and the element in a COMPOUND with the lowest electronegativity is usually the central one. The EXCEPTION to this rule is hydrogen, which is never the central atom except in the H2 molecule.

A lead storage battery consists of a lead anode, a grid of lead PACKED with lead oxide (PbO2) as the cathode, and a 38% SOLUTION of SULPHURIC acid (H2SO4) as an electrolyte. At cathode: The overall cell REACTION is given by, When a battery is charged, the reverse of all these reactions takes place.please mark it as brainliest

There is one major DIFFERENCE between a read-only memory (ROM) and a random-access memory (RAM) CHIP: ROM can hold data without POWER and RAM cannot. Essentially, ROM is meant for PERMANENT storage, and RAM is for temporary storage.

tion:C2H5Br + KOH (alcoholic) => Ethene + POTASSIUM BROMIDE + Water It is an EXAMPLE of Elimination Reaction

The key difference between RAM and ROM is that RAM is BASICALLY a read-write memory whereas, ROM is a read only memory. RAM temporarily stores the data that have to be PROCESSED by CPU currently. ... RAM is a volatile memory. However, ROM is a nonvolatile memory.

sodium chloride is OBTAINED as white precipitate in the AQUEOUS solution of BARIUM sulphiteit is a type of double displacement reaction

2,3 METHYL 4 BUTYL OCTANE

tion:6) Nacl,Li3N,CA3P2 are THREE TYPES of IONIC compound

the PRODUCTION of SALT can be DONE BYA) CRYSTALLIZATION

ement is calcium.....It CONTAINS 10 protons and 10 NEUTRONS.....It's valency is 2....Its electronic configuration is same as that of group 2 elements as it is in group 2.......Hope it HELPED....... .. PLS mark as BRAINLEIST ..............

6.Explanation:The FORMULA of FERRIC ALUM is (NH4)SO4.Fe2(SO4)3.6H2O

e states that with the addition of a protic acid HX to an asymmetric alkene, the acid hydrogen (H) gets attached to the carbon with more hydrogen substituents, and the halide (X) group gets attached to the carbon with more alkyl substituents.=> When a protic acid HX (X = CL, Br, I) is ADDED to an asymmetrically substituted alkene, addition of acidic hydrogen TAKES place at the less substituted carbon ATOM of the double bond, while halide X is added to the more alkyl substituted carbon atom

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H2O → NH4+ + OH- KB  = [NH4+ ] [OH- ]    =  1.77 x 10-5           [NH3]Before neutralization,[NH4+ ]  = [OH-] = xThusKb  =   x2    = 1.77x 10-5        0.10Hence x = 1.33 x 10-5 = [OH-]  Now Kw = [H+][OH-]So [H+]  = Kw/ [OH-] = 10-14 / 1.33x 10-12 = 7.51 x 10-12       p H = - log(7.51 x 10-12) = 11.12On ADDITION of 25 ml of 0.1 M HCl solution to 50 ml of 0.1 M ammonia solution , 2.5 MOL of ammonia are neutralized. The resulting 75 ml solution CONTAINS the remaining unneutralised 2.5 mol of NH3 molecules and 2.5 mol of NH4+.                                         NH3    + HCl  → NH4+   + Cl-                                       2.5         2.5          0             0 At equilibrium                     0            0            2.5        2.5The resulting 75 ml of solution contains 2.5 mol of NH4+ ions and 2.5 mol of uneutralised NH3 molecules. This NH3 exists in the following equilibrium.NH4OH     ⇌      NH4+     + OH-0.033 M- y      y                  yWhere y = [OH-] = [NH4+]The FINAL 75ml solution after neutralization already contains 2.5 mol NH4+ ions, thus total concentration of NH4+ ions is given as:[NH4+]  = 0.033 + yAs y is small, [NH4OH] = 0.033 M and [NH4+] = 0.033MKb =  [NH4+]  [OH-]   = y (0.033)  = 1.77x 10-5 M            [NH4OH]          (0.033)Thus , y = 1.77 x 10-5 = [OH-][H+] = 10-14             = 0.56 x 10-9        1.77 x 10-5 Hence p H = 9.24