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of DISPLACEMENT reaction...........reaction of iron nails with COPPER SULPHATE SOLUTION.

Dry Ice is the common name for solid carbon dioxide (CO2). It GETS this name because it does not melt into a liquid when heated; instead, it CHANGES DIRECTLY into a gas (a process KNOWN as sublimation)... Pls follow me and have a nice day.. ❤️

congestion increases vehicle emissions and degrades ambient air quality, and recent studies have shown excess morbidity and mortality for drivers, commuters and individuals living near major roadwaysTraffic congestion has a NUMBER of NEGATIVE effects: Wasting TIME of motorists and passengers As a non-productive activity for most people, congestion reduces regional economic health.

if URGENT you can USE GOOGLE

iv)Explanation:the colour in coordination compound is due to absorption of LIGHT. and excitation of electron.(d-d transition)for eg in [co(nh3)6]3+ the COMPLEX ABSORB light CORRESPONDING to energy of yellowish orange.we have to remember the colour of the compound. there is no other WAY.

I THINK the ANSWER is ZERO

1. DISABLE SHARE screen for guests2. KEEP PSID personal3.Use a password4.Use waiting room

kmmnggemt8rd7986hrgbq2yo zxjygyuwhxExplanation:xjthis is my answerfjuw78evdnkfbtjgbvbd

hloo...[Methoxy(PHENYL)methyl]benzene_3D_Structure.pngFind SIMILAR StructuresChemical Safety:Environmental HazardLaboratory CHEMICAL Safety Summary (LCSS) DatasheetMolecular Formula:C14H14OSynonyms:Ether, methyl diphenylmethyl1016-09-7[Methoxy(phenyl)methyl]benzeneBenzene, 1,1'-(methoxymethylene)bis-DIPHENYLMETHYL METHYL ETHER....please mark as brainlist..

Natural fibres can be classified according to their origin. The VEGETABLE, or cellulose-base, class INCLUDES such important fibres as cotton, flax, and JUTE. The animal, or protein-base, fibres include wool, mohair, and SILK. An important fibre in the mineral class is asbestos.

Benzoic acid is a white (or colorless) SOLID with the formula C6H5CO2H. It is the simplest AROMATIC carboxylic acid. The name is derived from gum benzoin, which was for a long time its only source. Benzoic acid occurs naturally in many plants[9] and serves as an intermediate in the BIOSYNTHESIS of many secondary metabolites. Salts of benzoic acid are used as food preservatives. Benzoic acid is an IMPORTANT PRECURSOR for the industrial synthesis of many other organic substances. The salts and esters of benzoic acid are known as benzoates

a.PLEASE MAKE me as BRILLIANT and LIKE me please

Hybridization explain the SHAPE of molecules by sigma and pie BONDS. Since the hybridization MODEL does not adequately describe the bonding of more COMPLEX molecules

An oxyacid, oxoacid, or ternary acid is an acid that contains OXYGEN. Specifically, it is a compound that contains HYDROGEN, oxygen, and at least ONE other element, with at least one hydrogen atom BOND to oxygen that can dissociate to produce the H+ cation and the ANION of the acid.

lic RADICAL is a resonance-stabilized radical in each of the TWO resonance forms of which the unpaired electron is on an ALLYLIC CARBON. eg. 1: eg. ... The lightest allylic radical 1 is called the allyl radical.

2)because the LITMUS PAPER USED is dry.HOPE IS HELPFUL MARK AS BRAINLIEST AND FOLLOW FOR MORE ANSWERS.

it's NEITHER it's PROPENE or you can SAY prop-1-ene

what???EXPLANATION:what is your QUESTION?PLZ EXPLAINS

tion:Chlorine is capable of forming four types of oxoacids. They are HOCl (hypochlorous acid), HOClO (chlorous acid), HOClO2(chloric acid) and LASTLY HOClO3 (PERCHLORIC acid). ... Every oxoacid has ESSENTIALLY one X-OH BOND.

edit: the earlier answer GIVEN by me was wrong ,copper first oxidise and react with CO2 in presence of some MOISTURE , thuse a mixture of CuCO3 and CU(OH)2 is the greenish coating developed on copper utensils .hope this helps you stay happy and FUNNY :D

Is your QUESTION COMPLETE

Cl2+So2+2H2O=H2SO4+2HClhope it's HELPFUL MARK as BRAINLIST

on HEATING SOLUBILITY INCREASES so it BECOMES UNSATURATED.

Permanganate (MnO4−) has WIDELY been used as an EFFECTIVE oxidant for drinking water treatment systems, as well as for in situ treatment of groundwater impacted by various organic contaminants. The reaction stoichiometry of As(III) oxidation by permanganate has been assumed to be 1.5, based on the formation of solid product, which is putatively considered to be MnO2(s). This study determined the stoichiometric ratio (SR) of the oxidation reaction with varying doses of As(III) (3–300 μM) and MnO4− (0.5 or 300 μM) under circumneutral pH conditions (pH 4.5–7.5). We also characterized the solid product that was recovered ∼1 min after the oxidation of 2.16 mM As(III) by 0.97 mM MnO4− at pH 6.9 and EXAMINED the feasibility of secondary heterogeneous As(III) oxidation by the solid product. When permanganate was in excess of As(III), the SR of As(III) to Mn(VII) was 2.07 ± 0.07, regardless of the solution pH; however, it increased to 2.49 ± 0.09 when As(III) was in excess. The solid product was analogous to vernadite, a poorly crystalline manganese oxide based on XRD ANALYSIS. The average valence of structural Mn in the solid product corresponded to +III according to the splitting interval of the Mn3s peaks (5.5 eV), determined using X-ray photoelectron spectroscopy (XPS). The relative proportions of the structural Mn(IV):Mn(III):Mn(II) were quantified as 19:62:19 by fitting the Mn2p3/2 spectrum of the solid with the five multiplet binding energy spectra for each Mn valence. Additionally, the O1s spectrum of the solid was comparable to that of Mn-oxide but not of Mn-hydroxide. These results suggest that the solid product resembled a poorly crystalline hydrous Mn-oxide such as (MnII0.19MnIII0.62MnIV0.19)2O3·nH2O, in which Mn(II) and Mn(IV) were PRESUMABLY produced from the disproportionation of aqueous phase Mn(III). Thermodynamic calculations also show that the formation of Mn(III) oxide is more favorable than that of Mn(IV) oxide from As(III) oxidation by permanganate under circumneutral pH conditions. Arsenic(III), when it remained in the solution after all of the permanganate was consumed, was effectively oxidized by the solid product. This secondary heterogeneous As(III) oxidation consisted of three steps: sorption to and oxidation on the solid surface and desorption of As(V) into solution, with the first step being the rate-limiting process as observed in As(III) oxidation by various Mn (oxyhydr)oxides reported elsewhere. We also discussed a potential reaction pathway of the permanganate oxidation of As(III).

tion:Miracle BERRY or Synsepalum dulcificum is a plant native to WEST Africa. Miracle Fruit contains a GLYCOPROTEIN called miraculin, which binds to the tongue's taste buds when the fruit is consumed. Miraculin acts as a sweetness inducer when it COMES in contact with acids, causing sour foods to taste sweet, temporarily.Mark me as a brainlist thankyou

(D)Explanation:Please THANKS me and MARK me as brainlist.Please it is my HUMBLE REQUEST.

in other activitiesstart to SPEAK more to EVERYONE

a)the matter is MADE if small indivisible particles called atoms which can take part in chemical reactionsb)The atoms of same element are identical in size mass and in other properties in all respectsc)Atoms of different ELEMENTS differ from each other in their properties and massesd)atoms of different elements can combined in simple ratios to form compounds.e) atoms can be neither created nor destroyed..Explanation:HOPE this helps uplz MARK as BRAINLIST

Hii mate here is ur answerEveryday EXAMPLES of HEAT or Thermal ConductoonA radiator is a good example of conduction.You can warm your back muscles with a heating pad.Roasting wieners over a campfire is fun until the heat from the FIRE is conducted up the coat HANGER to your HAND.