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the WATER of city B is more acidic then city AExplanation:it is because the lower the PH SHOWS that it is more acidicplease mark this as BRAINLIEST answer

acids. taste is soursmell FREQUENTLY burns NOSE texture is stickybasetaste is bitterusually their is no smelltexture is SLIPPERY

Chemicals that sweeten food are called artificial SWEETENING agents. They do not add calories to our body. They do not harm our body. Examples INCLUDE aspartame, SACCHARIN, sucrolose and ALITAME

follow me MARK as brainestExplanation:Wear a chemical-resistant apron, chemical-resistant GLOVES and chemical splash goggles at all times when HANDLING HCl to PROTECT your eyes and skin.

f x moles of NaCN have to be ADDED to 5 L of water to dissolve 0.5 MOLE Fe(OH)3 in the form of Fe(CN)6 then calculate the value of x/13.25 ( GIVEN: ksp of Fe(OH)3 is 2.7×10^-39 . KF =10^30

Follow me Explanation:Why do we require artificial sweetening AGENTS? We require artificial sweetening agents as they are sweet in taste but they have no FOOD value. They go directly through the digestive tract without being digested. It helps diabetic patients to eat sweet food without ADDING any extra SUGAR in their body.

Ba+2 +2 Cl-Ksp = 6 ×(2×6)^2Ksp = 6 × 144Ksp = 864

in WATER there is anomalous behavior it means that the density decreases when it decreases from 4 DEGREE Celsius.so ice has less density hence it floats EXPLANATION:

THE EFFECT OF PRESSURE ON REACTION RATESThis page describes and explains the way that changing the pressure of a gas changes the rate of a reaction.The factsWhat happens?Increasing the pressure on a reaction involving reacting gases increases the rate of reaction. Changing the pressure on a reaction which involves only solids or liquids has no effect on the rate.An exampleIn the manufacture of ammonia by the Haber Process, the rate of reaction between the hydrogen and the nitrogen is INCREASED by the use of very high pressures.In fact, the main reason for using high pressures is to improve the percentage of ammonia in the equilibrium mixture, but there is a USEFUL effect on rate of reaction as well.Note: If you want to explore equilibria you will find the topic covered in a separate section of the site.The explanationThe relationship between pressure and concentrationIncreasing the pressure of a gas is exactly the same as increasing its concentration. If you have a given mass of gas, the way you increase its pressure is to squeeze it into a smaller volume. If you have the same mass in a smaller volume, then its concentration is higher.You can also show this relationship mathematically if you have come across the ideal gas equation:Rearranging this gives:Because "RT" is constant as long as the temperature is constant, this shows that the pressure is directly proportional to the concentration. If you double one, you will also double the other.Note: If you should be able to do calculations involving the ideal gas equation, but aren't very happy about them, you might be interested in my chemistry calculations book.The effect of increasing the pressure on the rate of reactionCollisions involving two particlesThe same argument applies whether the reaction involves collision between two different particles or two of the same particle.In order for any reaction to happen, those particles must first collide. This is TRUE whether both particles are in the gas state, or whether one is a gas and the other a SOLID. If the pressure is higher, the chances of collision are greater.Reactions involving only one particleThings get more difficult to explain if you have reactions involving something happening to a single particle rather than being caused by a collision between two particles. The relationship between pressure and rate is much more complicated and varies from reaction to reaction. This is beyond A level.Note: Up to May 2017, at this point I had a simplistic explanation here in terms of particle collisions and then, after 15 years of the page being on the web, someone pointed out that it was illogical! I apologise for that.There are theories which show that even for unimolecular reactions (reactions only involving one molecule) collisions are necessary in order for molecules to gain activation energy. If you want to know more about this, you will have to do chemistry to a higher level. You could google it, but you will find explanations are at a high level and QUITE mathematical.Explanation:Follow me ✌

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A white corrosive SOLID compound that absorbs water and CARBON dioxide from the atmosphere and forms lye when in solution . SODIUM hydroxide is toxic and STRONGLY alkaline and is used to make CHEMICALS and soaps and to refine petroleum .

roperties of solid are.They do not have SPACE between particles.they does not flow.They are hard.They have MAXIMUM force of attraction between particles.There shape is FIXED.There VOLUME is ALSO fixed.

the CORRECT ANS is OPTION a

'Ranitidine is an ANTACID' is said with respect to pharmacological classification of drugs. Pharmacological classification divides the drugs according to their pharmacological effects on human BODY. Antacids are chemical substances which counteract (NEUTRALIZE) the effect of ACIDIC secretions in our stomach.....

20 volume H2O2 means that 1ml of this H2O2 will release 20ML O2 at STP. therefore decomposition of 15ML of 20volume H202 will give 15x20 = 300ml pls pls follow mepls pls MARK me as brainlist

decantation is always FOLLOWED by sedimentationExplanation:because decantation is the PROCESS in which the clear LIQUID is transfered to ANOTHER container WITHOUT disturbing the sedimentshope this helpspls mark as brainliest

To balance the NUMBER of iodine atoms, HI is multiplied with 2.Iodine is oxidized. Its OXIDATION state changes from −1 to 0. Net increase is +2.Sulphur is reduced. Its oxidation state changes from 6 to −2. Net decrease is 8.To balance the net increase and net decrease in the oxidation number, factor 4 is used. Thus, coefficients of HI and I 2 are multiplied by 4.To balance OXYGEN atoms, FOUR water molecules are required on the right.Thus, x=8, y=4 and z=4.Explanation:please mark me as branliest

tion:Sure I will answer it for you MATE, Acids contain free H+ ionsBases contain OH- ionsAcids are sour in taste Bases are bitter in tasteI am also in 10 th classPlease mark it as brain list PLEASE please follow me too..

In the above formula 'Kfxm' value is same for both GLUCOSE and NaCl. Thus the deprssion in FREEZING point is more for NaCl. HENCE 1M glucose has higher freezing point.

αn σcclusíσn σccurs whєn sσmєthíng hαs вєєn clσsєd up σr вlσckєd σff. αlmσst αll hєαrt αttαcks αrє thє rєsult σf thє σcclusíσn σf α cσrσnαrч (hєαrt) αrtєrч вч α вlσσd clσt. whєn α pєrsσn's uppєr αnd lσwєr tєєth fσrm α mαlσcclusíσn, thєч clσsє íncσrrєctlч σr вαdlч.

Count the atoms of each ELEMENT in the REACTANTS and the products.Use coefficients; place them in FRONT of the COMPOUNDS as needed.Explanation:PLEASE mark as branlist

here is your ANSWER HOPE it HELPS you

I can identify the salts by its SMELL , nature LIKE crystalline or amorphous and then by its texture, COLOUR etc. whereas if it is a compound, then its is also a mixture of ELEMENTS. But in this CASE, it lacks the properties of salt. so , I identify it accordinglyThank You

Milk is an emulsified COLLOID of liquid butterfat globules DISPERSED WITHIN a water-based solution.Explanation:PLEASE mark as branlist

0 g of KCLO3 are dissolved in CONC. HCl and the solution was boiled. Chlorine gas evolved in the reactions was in then PASSED through a solution of KI and liberated iodine was titrated with 100 ML of hypo. 12.3 ml of same hypo solution required 24.6 ml of 0.5 iodine for COMPLETE neutralization.

Acids react with most metals and, when they do, a salt is produced. But unlike the reaction between acids and bases, we do not get water. Instead we get hydrogen gas.This is the GENERAL word equation for the reaction:metal + ACID → salt + hydrogenFor example, magnesium reacts with hydrochloric acid to produce magnesium chloride:magnesium + hydrochloric acid → magnesium chloride + hydrogenMg + 2HCl → MgCl2 + H2It doesn't matter which metal or which acid is used, if there is a reaction we always get hydrogen gas as well as the salt. However, how quickly the reaction goes depends on the metal used and how high up in the reactivity series it is.The reactions of metals with acids gets FASTER and more violent as we GO from platinum, the least reactive, to potassium, the most reactive.Explanation:If HELPFUL mark me as brainliest

Acetic acid undergoes dimerisation, when DISSOLVED in benzene. Molecular mass of acetic acid is found 120. The correct relation is α=2( dd−D )where d= Observed VAPOUR density D= Theoretical vapour density α= degree of ASSOCIATION n= NUMBER of molecules that undergo association.For association of molecule,α= d(1− n1 )d−D SUBSTITUTE n=2,α= d(1− 21 )d−D α= d( 21 )d−D α=2( dd−D )Hence, option (C) is the correct answer.

tion:ACETIC ACID is dissociates into IONS but it does not ionize 100% therefore it is considered as WEAK acid. Ammonia dissociates into ions but it does not ionize 100% therefore it is considered as weak base.

where I can DRAW bsbeq 6difkd7afelg8t

here's the answer please mark as brainliest and follow me Explanation:SEE the ATTACHMENT..In CONTINUATION...that is why a has EXERTS pressure...Hope it helps u

when SIS TELL METHEN I can HELP you

Main reasons for a LARGE NUMBER of organic COMPOUNDS are: ... The property of carbon by which carbon-carbon link with each other to form a large number of organic compounds having DIFFERENT SHAPE and size is known as catenation property of carbon.