Explore topic-wise InterviewSolutions in Current Affairs.

ANSWER:

Option E

EXPLANATION:

All the options MAY happen

Answer:

SILICON is USED in clothes. Big SIGNIFICANCE

Explanation:

in my SENSE it have the CAPACITY of releasing h+ions more RAPIDLY than that of META NITROPHENOL

It is IMPORTANT to remove CO in the SYNTHESIS of ammonia as CO ADVERSELY affects the activity of the iron catalyst, used in Haber's process....

Since H2SO4 is an oxidizing agent, it oxidizes HI (PRODUCED in the reaction to I2). As a result, the reaction between alcohol and HI to produce alkyl IODIDE cannot occur. Therefore, sulphuric acid is not used during the reaction of alcohols with KI. Instead, a non-oxidizing acid such as H3PO4 is used...

A rapid plasma reagin (RPR) test is a blood test used to screen you for syphilis. It works by detecting the nonspecific antibodies that your BODY produces while FIGHTING the INFECTION. Syphilis is a sexually transmitted infection (STI) CAUSED by the spirochete bacterium Treponema pallidum....

Even at ROOM temperature, the THERMAL energy is high enough to break the bond and form GASSES like iodine and bromine. Thus may happen in the presence of sunlight also. HENCE we observe that ALKYL iodides and bromides become colored after a while....

Metal Ions as Lewis Acids. ... A metal ion that acts as a Lewis acid can catalyze a GROUP transfer REACTION in many different ways, but we will focus on only one of these, using a zinc enzyme as an EXAMPLE. Carbonic anhydrase is found in red blood CELLS and catalyzes the reaction of CO2 with water to give carbonic acid.

ANSWER:

because as we intake OXYGEN it's endo thermic but we releases CARBON dioxide also which is an EXOTHERMIC reaction that's why it's exothermic reaction

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5 moles METHANE to GRAMS = 80.2123 grams

Answer: Kenton Ross said that RC Cola was FOUND to be the most ACIDIC soft DRINK studied, with a pH of 2.387 (the pH scale RANGES from 0 to 14 for most liquids, with 0 being the most acidic and 14 being the LEAST acidic—or most alkaline).

Explanation:

EXPLANATION:

As hydrogen ATOMS are replaced one by one going from a methyl group to a tertiary halide, the reaction becomes slower because the nucleophile cannot easily reach the electrophilic CARBON of the substrate. The ELECTRON density maps for these alkyl halides show this effect.

Explanation:

oxides are the traditional choice for alcohol-dehydration catalysts. ... REPORTING a KINETIC ISOTOPE EFFECT involving C–H bonds in olefins formation in elimination-type of MECHANISMS

Galvanising is a METHOD of rust prevention. The iron or steel object is coated in a thin layer of zinc. This stops oxygen and water reaching the METAL underneath - but the zinc also acts as a sacrificial metal . Zinc is more reactive than iron, so it oxidises in preference to the iron object.

I hope it HELPS you..

Explanation:

If I were you, I'd also order some fresh cells, since there is a non-zero chance you have .... It is very HARD to eliminate contamination of the CO2 INCUBATOR or LAMINAR FLUX.

Answer:

The phenomenology of copper foams formation by hydrogen bubble ... plate with an active AREA of 1.65 CM2 and a platinum plate was USED

EXPLANATION:

Explanation:

least stable because it is, simply put, absolutely disgusting. CHARGE separation (CARBONS two and three) is gross, you have two cations in CLOSE proximity (carbons three and four), a terminal carbocation (carbon 1), and three atoms with empty valence shells (carbons 1, 3, and 4). So while the RESONANCE structure is VALID enough for (C) to be considered a resonance structure, that resonance structure happens to be the spawn of the devil.

ANSWER:

I THINK it will HELP you THANKS

Because of its HIGH volatility, TMS can easily be evaporated, which is CONVENIENT for recovery of samples analyzed by NMR SPECTROSCOPY. Because all TWELVE hydrogen ATOMS in a tetramethylsilane molecule are equivalent, its 1H NMR spectrum consists of a singlet.

Chemical formula: C4H12Si

Solubility: organic solvents

Related silanes: Silane; Silicon tetrabromide; Silicon tetrachloride; Silicon ......

Answer:

First we have to find the n-factor of the equation of KMNO4 and ferrous oxalte the which is Fe(C2O4) which are 5 and 3 respectively.

THUS, now by using the formulae of M1V1 = M2V2.

We GET that M1= 0.1*5.

And, V2 = 25ml, M2= 0.1*3.

Then on solving we get, 0.5V1 = 7.5.

Hence, V1 will be 15ml. Thus, we get to know that 15ml of 0.1M KMNO4 will OXIDIZE 25ml of an acidic solution.

Explanation:

PLEASE see ncert CHEMISTRY 11th CLASS first part

Equilibrium chapter RELATION is GIVEN

ANSWER:

A = Hexanoic Acid

B = Hexanal

C = Propanone

D = Hexanone ( not sure because u have not WRITTEN PROPERLY

ANSWER:

WRITE in the ENGLISH WAY ok

mark as BRAINLEAST

ANSWER:

Imcomplete QUESTION!

ANSWER:

Answer: IODIDE

2I−+Cl2⟶I2 (VIOLET) +2Cl−

5Cl2 (EXCESS) +I2+6H2O⟶2HIO3 (COLOURLESS) +10HCl

Explanation:

Answer:0.50%

Explanation:

V = √ (GAMMA * T *r) / √M

temperature of AIR rises by 3 k from 3000=0.50%

ANSWER:

silver BROMIDE is used in black and white flum PHOTOGRAPH

Answer:

The reason why TRANSITION metal in particular are colorful is because they have unfilled or either half filled d orbitals. There is Crystal field theory which EXPLAINS the splitting of the d orbital, which SPLITS the d orbital to a higher and LOWER orbital. Now, the electrons of the transition metal can "jump".

Answer:

because the NUMBER of atom is very LESS COMPARATIVELY to CONCENTRATED solution

ANSWER:

Organometallic COMPOUNDS are typically discussed in terms of the metal as either main -GROUP compounds or TRANSITION metal compounds

Explanation:

ISENTROPIC process: entropy is a constant, DS=0. A reversible, ADIABATIC process is always isentropic since no entropy generation due to irreversibilities (sgen=0) and no change of entropy due to HEAT transfer (ds=? Q/T=0).

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Please make me as brainliest

ANSWER:

oxidising agent is MnO4

EXPLANATION:

as it is helping the Al to GET oxidise

further the element or compound which gains charge is oxidised

ANSWER:

Explanation:

we know that,

% w/w = MASS of SOLUTE/ mass of SOLUTION × 100

so,

20 = x/1700 × 100

hence, x = 340 g

Answer:

CARL WILHELM scheele wrote a DESCRIPTION of CHLORINE

Answer:

Common INDICATORS cannot DETERMINE the pH as they can only indicate WHETHER the SUBSTANCE is acidic or basic. They have a characteristic CHANGE such as change of colour or odour, which cannot determine the pH.

In Finkelstein reaction ,DRY acetone is used as a SOLVENT. Acetone is a POLAR aprotic solvent . In acetone medium , NaI is soluble but NACL is insoluble because the negative charge on oxygen ATOM of acetone is repelled with the negative charge of Cl– atom

the oxidation NUMBER of CHROMIUM (CR) in (NH4)2Cr2O7 is (+6)

Explanation:

ANSWER:

the MAKING. the FIRST

Explanation:

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Answer:

here is your answer [email PROTECTED]@@@[email protected]@!!!

Explanation:

Polyethylene glycol (PEG; /ˌpɒliˈɛθəlˌiːn ˈɡlaɪˌkɒl, -ˌkɔːl/) is a polyether compound with many applications, from industrial manufacturing to medicine. PEG is also known as polyethylene oxide (PEO) or polyoxyethylene (POE), depending on its molecular weight. The structure of PEG is commonly expressed as H−(O−CH2−CH2)n−OH.

Polyethylene glycol

PEG STRUCTURAL Formula V1.svg

Names

IUPAC names

poly(oxyethylene) {structure-based},

poly(ETHYLENE oxide) {source-based}[1]

Other names

Carbowax, GoLYTELY, GlycoLax, Fortrans, TriLyte, Colyte, Halflytely, Macrogol, MiraLAX, MoviPrep

Identifiers

CAS Number

25322-68-3 ☑

ChEMBL

ChEMBL1201478 ☒

ChemSpider

none

ECHA InfoCard

100.105.546

E number

E1521 (additional chemicals)

UNII

3WJQ0SDW1A ☒

Properties

Chemical formula

C2nH4n+2On+1

Molar mass

44.05n + 18.02 g/mol

Density

1.125[2]

Pharmacology

ATC code

A06AD15 (WHO)

Hazards

Flash point

182–287 °C; 360–549 °F; 455–560 K

Except where otherwise noted, data are given for materials in their standard state (at 25 °C [77 °F], 100 kPa).

☒ verify (what is ☑☒ ?)

Infobox references

Hope it will be helpful for you. .

ANSWER:

DIMITRI MENDELEEV

ANSWER:

Halogens are very ELECTRONEGATIVE. This means that inductively they are ELECTRON withdrawing. HOWEVER, because of their ability to donate a lone pair of electrons in resonance forms, they are activators and ortho/para directing. ... Electron withdrawing groups are meta directors and they are deactivators.

Explanation:

Answer:

Acid donate a PROTON to the oxygen atom of ether to form oxonium ion. After the formation of oxonium ion cleavage of c-o bond takes place and form RESPECTIVE alkyl halide and alcohol. But with bases there is no formation of such kind of ions. Hence ethers can be cleaved with ACIDS not with bases.

Explanation:

Answer:

. LHS electrode is anode and HALF REDUCTION.

..(i)
(b) RHS electrode is cathode and half reaction is reduction

..(ii)
(C) from EQUATION (i) and (ii) cell reaction is :

(d).

(e). Yes, the e.m.f. value is positive, the reaction will be spontaneous as WRITTEN in the cell reaction.

ANSWER:

GASEOUS STATE

Explanation:

You have to be comfortable with math up through ALGEBRA to understand and work chemistry problems. ... PART of the reason MANY people find chemistry so daunting is because they are learning (or re-learning) math at the same time they are learning chemistry concepts.

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ANSWER:

if LITHIUM have 2+ ion than it MUST be losses 2 electron and remaining electron is 1 and with one electron its d orbital is TOTALLY EMPTY

Answer ⇒ The mole fraction of SO₂ is 1/3.

Explanation ⇒ LET the MASS of the sulphur DIOXIDE and OXYGEN be m grams.

Molar mass of Oxygen = 32 g/mole.

Molar mass of Sulphur dioxide = 64 g/mole.  

∴ moles of Oxygen = m/32

moles of Sulphur dioxide = m/64

Now, Mole Fraction of Sulphur dioxide = moles of SO₂/(M=moles of SO₂ + moles of O₂)

= (m/64)/(m/64 + m/32)

= (1/64)/(3/64)

= 1/3

Hence, the mole fraction of SO₂ is 1/3.

Hope it HELPS.

ANSWER:

barium

ceasium

venedium

manganese

ANSWER:

Cesium is the most ELECTROPOSITIVE stable element. Francium is more electropositive than Ceasium but, not stable as it is highly radioactive (MAXIMUM half-life of only 22 minutes). Francium is the second rarest element in the Earth's crust, NEXT to astatine.

ANSWER:

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