Explore topic-wise InterviewSolutions in Current Affairs.

r here is ur answerLead Nitrate reacts with HCl and H2SO4 as follows.Pb(NO3)2 +2HCl——→PbCl2 + 2 HNO3Pb(NO3)2 +H2SO4——→ PbSO4 +2HNO3Both Leab chloride and Lead Sulphate are insoluble in cold WATER.But PbCl2 is SOLUBLE in hot water. But PbSO4 is insoluble in hot water also.To summarize Lead chloride prepitate formed by the reaction of HCl.and Lead Nitrate will be soluble in hot water but insoluble in cold water.But Lead Sulphate formed by the reaction of H2SO4 and Lead nitrate will be insoluble in both hot and cold water.Thus we can distinguish HCl and H2SO4 , USING Lead Nitrate.hope it helps U dear

and DIAMOND are madeup from carbon but have different allotropes. Allotropes have different STRUCTURES but same chemical composition. In graphite, the carbons are attached in hexagonal LATTICE. but the diamond is made in the STRUCTURE of tetrahedral lattice.

...Strong : potassiumDuctile SONOROUS hard lustrousNon metals Brittle not sonorousnon DUCTILE NON lustrous : DIAMOND

ssolved in WATER, SULPHUR trioxide forms a “mist” of sulfuric acid, which can be difficult to store and handle. Because of this, in ORDER to form sulfuric acid, an INTERMEDIATE called “oleum” must be FORMED, where SO3 is dissolved  in H2SO4, giving H2S2O7. This is then dissolved in water  to form sulfuric acid.Hope this helps you

osphere prevents the sudden increase in temperatureduring the DAYLIGHT hours. And during the night, it SLOWS down the escape of HEAT into outer space The atmosphere keeps the average temperature of the Earth FAIRLY steady during the day and even during the course of the whole year.Hope this will help youplease mark it as brainliest

rd here is your answer...and it is also dedicated to му веsгfrіепδ ☺...፤፤፤፤፤፤፤፤፤፬፬፬፯፯፯♥፯፯፯፬፬፬፤፤፤፤፤፤፤፤፤mera man kiya kuch likhne ka..socha thoda kam### ko yad KAR lu☺muje teri har chij achhi lagti hai.ofcourse lagegi hirat bhar uloo ki tarah jagnahar chhoti bat par hihi karnapata hai phlr love BOLNE se darta tha..lagta tha kahi gussa ho gaya to...me khona ni chahtamere pyare pagal dost.....lekin ek bat batatu sare din gudgudi kyu karta hai..tang bahut karta hai yarrr( par achha lagta hai...kya batau yarr..jalebi itni sweet hai kimera hanesha covalent bond banane kaman karta hai...love u 2 much...ab jo tere face par smile hai n..usse ese hi life me banaye rakhanatera yarrr to esa hi kam### hai.....☺hasna shayad teri fidrat me haiha...me aage bhi bhi koshish karunga ese hi hasane kipar kabhi kabhi confused hota hoo( NAHI hona chaiye)ki tum mere par hasti ho ya meri baton par( bad me batana jarur )agar mere par hasti ho to achha haime kisi ke hasne ka karan banaaur ahar meri bato par hasti hoto achha hai koi to meribato ko samjata hai...agar meri BATE achhi LAGI ho to..covalent to banta hi hai☺፤፤፤፤፤፤፤፤፤፬፬፬፯፯፯♥፯፯፯፬፬፬፤፤፤፤፤፤፤፤፤

as the CHEMICAL reaction is considered, if two reactants are PRESENT, consider it as A and B. If reactant A is present higher amount compared to the reactant B, which is of lower amount. Then reactant B is called the "limiting reagent". As per as the above equation is consider, 1 atom of A reacts with 1molecule of B to give the products.  i) "300 atoms" of A reacts with "200 molecules" of B to give product. Here, "200 molecules" of B reacts with 200 atoms A and "100 atoms" of reactant is left. Hence, here the lower concentration reactant B is called the "limiting reagent". ii) 2 mole of reactant A reacts with 3 mole of reactant B to give products. Here 2 mole of A reacts with 2 mole of B and 1 mole of reactant B is left. Hence here the lower concentration reactant A is called the "limiting reagent". iii) "100 atoms" of A reacts with "100 molecules" of B. Here in the case the reaction is stoichiometric. In such reactions no "limiting reagent" is present. IV) 2.5 mole of A reacts with 2.5mole of B to give product. The 2.5mole of A remain left. So here B is the "limiting reagent". v) 2.5 mole of A reacts with 2.5 mole of B to give product. Here the 2.5 mole of B is remain left. So A is the "limiting reagent"."

was REPLACED THANK for SEEING HOPE it HELPS you

mate here is your answer✌✌The simplest kind of second-order reactionis one whose rate is proportional to the square of the concentration of one reactant. ... A second kind of second-order reactionhas a REACTION rate that is proportional to the product of the concentrations of two reactants. Such REACTIONS generally have the form A + B → products.It doesn't MATTER how many reactants there are. The concentration of each reactant will occur in the rate equation, raised to some power. Those powers are the individualorders of reaction. The OVERALL order of thereaction is found by adding them all up.✌✌hope it's HELPFUL for you✌✌

will RIGHT ANSWER

ocess is mainly useful for sulphide ores which have no wetting property whereas the impurities GET wetted..The ore with impurities is finely powdered  and kept in water taken in a floatation cell...air under pressure is blown to produce froth in waterFroth so PRODUCED, TAKES the ore particles to the surface, but impuries get settled in the bottomThis WAY, froth is separated and washed to get ore particles

your answer......Cleansing ACTION of Soap ...When soap is dissolved in water, it forms of colloidalsuspension in water in which the soap molecules clustered TOGETHER to form a spherical micelles. In soap micelle, the soap molecules are arranged radially with hydrocarbon and directed towards the centre and ionic and directed outwords..When a dirty cloth is put in water containing dissolved soap, then the hydrocarbon ends of the soap molecules in the micelle attach to the oil or grease particles present on the surface of dirty cloth. In this way the soap micelle entraps the oily or greasy particle by USING its hydrocarbons ends. The ionic ends of the soap molecules in the micelle, however, remain attached to water. When the dirty cloth is agitated in dispersed in water due to which the soap water becomes dirty but the cloth gets cleaned. The cloth is cleaned thoroughly by rinsing in clean water a number of times....Cleansing Action of Detergent...The cleansing action of Detergent is similar to that of a soap. That is, a Detergent works by MAKING the oil and grease particles of dirty clothes dissolve in water though the formation of micelles. DETERGENTS are usually used to make washing powders and shampoos.....I Hope This Will Help You

!! POST your QUESTION.

o cover CABLE WIRING since they cannot transfer electricity.✔Used to make handles for pots and pans since they cannot conduct heat. No heat will be transferred to the handle when cooking.✔ Nitrogen is used as fertilizer for plants.✔ Chlorine is used to make purify WATER, especially SWIMMING pools.✔ OXYGEN is used to breathe. “The air we breathe”

ies of electromagnetic waves :-- Travel in a VACUUM with a speed of 3.0x108m/s.- Do not require material medium for their propagation.- TRANSVERSE in nature.- Posses and transfer energy. The amount of energy possessed by an electromagnetic wave of frequency f is EXPRESSED as E= hf, where h is Plank’s constant and is equal to 6.63x10-9Js.- Carry no charge (not charged) and are not deflected by a magnetic or electric FIELD.- Undergo reflection, refraction, DIFFRACTION, interference and polarization effects.

seley's CONTRIBUTION the Periodic Law can be restated: Similar properties recur periodically when elements are arranged according to INCREASING ATOMIC NUMBER." Atomic numbers, not weights, determine the factor of chemical properties. please MARK me brilliant

'd' is CORRECT

on B is correct. Le-Chatelier's principle2) Option A is correct. Only homogeneous CHEMICAL REVERSIBLE reactions.

tement is true..Value of EQUILIBRIUM CONSTANT gives US a RELATIVE idea about the extent to which a reaction proceeds.

check the ATTACHMENT properly..It will SURELY help you MATE..GOOD LUCK ✌️✌️

.it MIGHT HELP U

ckffifidjckgudjckifivgisjckg

n:- Example of a photochemical reaction.Answer:-1) Photosynthesis where CO2 and H2O gets converted to Glucose and O2 in the presence of light and with the help of chlorophyll in the CHLOROPLASTS which help to capture the light energy..2) Synthesis of Vitamin D under our skin when exposed to sunlight is also an example of photochemical reaction.3) In chemistry too there are several photochemical reactions like Halogenation of ALKANES takes place in the presence of light.

s s ... 3 PERIOD 2 GROUP

F ELECTROPLATING"➡️Electroplating used in AestheticsValuable METALS which are rare and expensive like gold and silver are very common examples for this application.With the help of electroplating, a thin layer of these valuable metals can be coated on a cheaper metal which can give an attractive look to the final product at lower cost. This is the one of the widest commercial application of electroplating today. This process is used for designing jewellery and other ornaments.➡️Electroplating used in Commercial ApplicationsElectroplating is used on car parts with a thin layer of chromium for a smooth texture and appearance. They are also done on various other appliances customized according to the buyer’s request.➡️Uses of Electroplating to prevent corrosionAs metals are prone to natural effects such as corrosion, a thin layer of non-corrosive metals COVERING the corrosive one can help metals and appliances last longer than usual. The non-corrosive metals such copper, chromium and nickel are basically used these days to spread over corrosive metals like steel and iron.➡️Electroplating helps in conduction of ElectricityIn integrated circuits which are used in computers, cell phones and other electronic devices, uses good conductors of electricity such as gold and silver. But, due to the high price of these metals, a small quantity of these PRECIOUS high quality metals can be coated as a thin layer over other metals and helps in the conduction of electricity.➡️Electroplating is used to reduce frictionApart from these uses, electroplating can be used in other areas where we can reduce friction by introducing a certain kind of metal over another.➡️Electroplating helps to protect from radiationElectroplating also helps to protect from radiation, abrasion and many other natural phenomena just by imparting the DESIRED characteristics to a surface of the metals which LACKS those properties.HOPE IT HELPS.....

purity is added , Its FREEZING point decreases.Reason:The depression in Freezing point increases with increase in concentrate of solute because on adding the solute, vapour pressure BECOMES  lower than that of PURE SOLVENT. Hence freezing occurs at lower temperature.HOPE THIS HELPS.... plz mark it as brainlies....

jbarwo901Bromine water TEST. Unsaturated vegetable oils contain double carbon-carbon BONDS. These can be DETECTED using bromine water (just as ALKENES can be detected). Bromine water BECOMES colourless when shaken with an unsaturated vegetable oil, but it stays orange-brown when shaken with a saturated vegetable fat.

there is no ATMOSPHERE on VENUS and MARS

your ANSWER....

your ANSWER to the QUESTION

oopman's THEOREM, How I can calculate EA and IP DIRECTLY from HOMO and LUMO energies. ... All Answers (3) Telluroformaldehyde and its derivatives: STRUCTURES, ionization potentials, electron affinities and singlet-triplet gaps of the X 2CTe and XYCTe (X,Y = H, F, Cl, BR, I and ...

tral carbon ATOM of ALLENE forms two SIGMA bonds and two PI bonds. The central carbon is sp-hybridized, and the two terminal carbon ATOMS are sp2-hybridized. The bond angle formed by the three carbon atoms is 180°, indicating linear geometryfor the carbon atoms of allene.

know the moles of solute and the amount of SOLUTION, you just divide them. For EXAMPLE, if you have 0.5 moles of NaCl in 1.5 L of H2 O, the molarity is 0.5 / 1.5 L. M = 0.33 M. If you don't know the moles but you have the mass, you can still FIGURE outthe molarity by using the mole ratio.

s a simple equation for the entropy CHANGE of the surroundings. ΔH is the enthalpy change for the REACTION. T is the temperature. ... But entropy changeis quoted in energy units of J. That means that if you are calculating entropy change, you must MULTIPLY the enthalpy change VALUE by 1000.

law defines that at constanttemperature, the CONCENTRATION of the GAS that is dissolved in a GIVEN liquid is proportional to the partial pressure of the gas above the fluid. The Henry's law constant is the EXPRESSION for equilibrium distribution of a compound between WATER and gaseous phase denoted by KH.

ENZENE:: when benzene reacts with excess of CHLORINE in presence of anhydrous AlCl3 , hexachlorobenzene is obtained. All the six hydrogen atoms of benzene ring are REPLACED the electrophile Cl IONS. Cyclohexyl Chloride::: Benzene on heating with hydrogen at 458 K to 473 K in the presence of the Ni catalyst forms Cyclohexyl. i think this answer help you

al drug. Antiviral drugs are a CLASS of MEDICATION used specifically for treating viral infections rather than bacterial ONES. Most antivirals are used for specific viral infections, while a broad-spectrum antiviralis effective against a wide RANGE of viruses

ans can be NAMED by naming the parent compound IMMEDIATELY FOLLOWED by the word thiol. The -SH group can ALSO be named as a substituent using the group name, sulfhydryl. Mercaptans can also be named by naming the carbon group as a SEPARATE word followed by the word mercaptan.

ese compounds have double BONDS, making them alkenes. In example (1) the longest chain consists of six carbons, so the ROOT name of this compound will be hexene. Three methyl substituents (colored red) are present.IUPAC nomenclature is based on naming a molecule's longest chain of carbons connected by SINGLE bonds, whether in a continuous chain or in a ring. All deviations, either multiple bonds or atoms other than carbon and hydrogen, are INDICATED by prefixes or suffixes according to a specific set of priorities.