# How Much Water Must Be Added To 100Cc Of 80% Solution Of Boric Acid To Reduce It To A 50% Solution? (2023)

## 1. How much water must be added to 100cc of 80 solution of Boric acid to ...

• How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution? 30. 40. 50. 60. Explanation: 50%(100+x)=80 x= 60. By: Pranav ...

• How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution?

## 2. how many cc of water must be added 100cc of 80% solution of boric acid ...

• SOLUTION: how many cc of water must be added 100cc of 80% solution of boric acid to reduce it to a 50% solution?

• Algebra ->  Customizable Word Problem Solvers  -> Mixtures -> SOLUTION: how many cc of water must be added 100cc of 80% solution of boric acid to reduce it to a 50% solution?      Log On

## 3. How much water must be added to 100 ml of 80 per cent solution

• How much water must be added to 100 ml of 80 per cent solution of boric acid to reduce it to a 50 per cent solution ? 30 ml; 40 ml; 50 ml; 60 ml. Correct Option ...

• How much water must be added to 100 ml of 80 per cent solution of boric acid to reduce it to a 50 per cent solution ?

## 4. A 100 ml solution contain 80% of basic acid. How much water should ...

• Duration: 5:15Posted: Jul 17, 2021

• A 100 ml solution contain 80% of basic acid. How much water should be added to this solution to make it a solution with 50% of basic acid ?

## 5. How much water must be added to 100 cc of 80 solution of boric acid to ...

• How much water must be added to 100 cc of 80% solution of boric acid to reduce it to a 50% solution? 1. 30 2. 40 3. 50 4. 60. Correct Ans: 4 ...

• How much water must be added to 100 cc of 80 solution of boric acid to reduce ...

## 6. How much water must be added to 100 ml of 80 per cent s.. - Careericons

• ... solution of boric acid to reduce it to a 50 per cent solution ? (a) 60 ml. (b) 30 ml. (c) 40 ml. (d) 50 ml. The correct answers to the above question in: Answer ...

• How much water must be added to 100 ml of 80 per cent solution of boric acid to reduce it to a 50 per cent solution ? ..

## 7. [Solved] How much water must be added to 150 ml of 80% solution and r

• Mar 29, 2023 · Concept:- Initial percentage of water = (100 - 80)% = 20% Initial amount of water = 150 × 20% = 30 Let the amount of water to be added be x ...

• Concept:- Initial percentage of water = (100 - 80)% = 20% Initial amount of water = 150 × 20% = 30 Let the amount of water to be added be x Ac

## 8. How much water must be added to 20 L of a 10% solution of boric acid to ...

• Missing: 100cc | Show results with:100cc

• You have to add 30 litres of water At the beginning you have 20 L of 10% solution, so it consists of 2L of acid and 18 L of water. Now you have to calculate the amount of water to add to change the solution to 4%. To do this you have to solve equation: 2/(20+x)=4/100 The equation comes from the fact that the amount of acid is unchanged (2L) and the sum of water and acid is increased by x (added water) 2/(20+x)=2/50 40+2x=100 2x=100-40 2x=60 x=30

## 9. GPL mathematical skills | percentage | all - GPL4You

• 1: How much water must be added to 100cc of 80% solution of boric acid to reduce it to a 50% solution? A :.

• 30

## 10. Quiz: Mixture and Alligation Set 2 - Mock4exam.org

• How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution? A)30. B)40. C)50. D)60. Answer – D)60. Explanation :50 ...

• If 50% of 2:3 solution of milk and water is replaced with water, then the concentration of the solution is reduced by A)25 B)33 C)50 D)75 Answer – B)33 Explanation : Milk    : water 20          30…

## 11. [PDF] Systems of Equations - Mixture Problems

• Missing: boric reduce

## 12. [PDF] PHARMACEUTICAL AND CLINICAL CALCULATIONS

• (8) How many milliliters of a 5% solution of boric acid should be used in ... (3) How many milliliters of sterile water for injection must be added to a liter of ...

## 13. [PDF] SOLVING SOLUTION AND MIXTURE VERBAL PROBLEMS

• Missing: 100cc | Show results with:100cc

## 14. In a 40 litre mixture of milk and water in the ratio of 3 2 - Drdavidjansen.com

• A)25 B)40 C)35 D)20 Answer How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution? A)30 B)40 C)50 D)60 Answer ...

## 15. [PDF] Cisco Placement Paper - Studentscircles.com

• How much water must be added to 100cc of 80% solution of boric acid to reduce it to a 50% solution ? A.30. B.40. C.50. D.60. Answer: D. 4. After having spent 35 ...

## 16. [PDF] CHEMICAL ANALYSIS

• plunger to permit addition of solutions ... Boiled distilled water (as in 2 of "Chromic Acid Method). 4. 0.O1N Sodium hydroxide solution. 5. 0.O1N Hydrochloric ...

## 17. [PDF] MANUAL of QUALITY ANALYSES for SOYBEAN PRODUCTS in the ...

• ethanol (stirred for 24 hours). ▫. Boric Acid Solution: 522 g U.S.P. boric acid in 18 l of de-ionized water. Add 50 ml of mixed indicator solution and allow ...

## 18. [PDF] These questions are based on the bar graph given below. 1. For which of ...

• ... added to 15litre of milk to reduce the water percentage is ... How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution?

## 19. [PDF] cat 22 | mixture n alligation | test

• e) 50%. Page 18. Mixture n Alligation. Test. How much water must be added to 100cc of 80% solution of Boric acid to reduce it to a 50% solution? a) 70 b) 60 c) ...

• How much water must be added to 100cc of 80% solution of boric acid to reduce it to a 50% solution ? ... Finally the ratio of milk and water in the solution ...

## FAQs

### How much water must be added to 100cc of 80% solution of boric acid to reduce it to a 50% solution? ›

So V=100 x 80/50 = 160. So on adding 60- ml of water (160–100) to 80% boric acid solution you will get 160 ml of 50% solution.

When 8% boric acid is diluted by adding 2% boric acid solution? ›

A solution of 8% boric acid is to be diluted by adding a 2% boric acid solution to it. The resulting mixture is to be more than 4% but less than 6% boric acid.

How much water is in boric acid? ›

Solubility / Solution Stability

Boric acid dissolves in water: 1 gram in 18 mL cold water, in 4 mL boiling water, 6 mL boiling alcohol.

How do you increase the solubility of boric acid in water? ›

At a temperature of 25 °C, the solubility of boric acid in water is 57 g/L. However, when the water is heated to 100 °C, the solubility of this compound increases to approximately 275 g/L.

What quantity of water should be added to reduce 6 liters of 50% acidic to 20% acidic water? ›

To reduce 6 liters of 50% acidic water to 20% acidic water, you need to add 3 liters of water. The initial volume of the acidic solution is 6 liters. The initial concentration of the acidic solution is 50%.

How much water should we add to 10 gallons of 30% acid solution to dilute it to a concentration of 25%? ›

The trick is to think of pure water as a 0% solution. Let us denote the amount of water we use as y gallons. Hence, we need to add 2 gallons of water to 10 gallons of 30% solution. The concentration decreased from 30% to 25%.

What happens when you add water to boric acid? ›

When orthoboric acid is dissolved in water, it partially dissociates to give metaboric acid: B(OH) 3 ⇌ HBO 2 + H 2O. The solution is mildly acidic due to ionization of the acids: B(OH) 3 + H 2O ⇌ [BO(OH) 2] + H 3O.

What does water do to boric acid? ›

Boric acid dissolves in water and can move with water through the soil. Under certain soil conditions it can reach ground water. However, its mobility in soil depends on pH and the presence of some metals. Boric acid can also be taken up from the soil by plants.

Should I mix boric acid with water? ›

Boric Acid is effective to alleviate ear infection and irritation. You can mix it with vinegar and distilled water to maximize its effects as an ear drop. It grants you a quick-fix to get rid of any infection-causing bacteria. It is used to Clean Wounds.

What is the pH of 2% boric acid? ›

Boric Acid, 2% Solution + Indicator, Chem-Lab consists of 20g H3BO3 + indicator per 1L water. It has a pH value of 3.90–4.30.

### How much boric acid do I use? ›

The CDC recommend using capsules that each contain 600 mg of boric acid once a day for 2 weeks. Boric acid medications are usually affordable. They are available for purchase over the counter at drug stores or online. If symptoms persist after using boric acid, speak to a general practitioner or gynecologist.

What is the percentage of boric acid? ›

Physical / Chemical Properties:
 Active Ingredient CASRN % Boron Boric Acid 10043-35-3 11113-50-1 41685-84-1 17.48% Sodium tetraborate decahydrate (borax) 1303-96-4 12447-40-4 11.34% Sodium tetraborate pentahydrate 11130-12-04 12178-04-3 14.85% Sodium tetraborate anhydrous 1330-43-4 12007-42-0 21.5%
4 more rows

Why is boric acid less soluble in water? ›

Boric acid molecules form cyclic two-dimensional associated giant molecule through intermolecular hydrogen bonds. So it finds little or no opportunity to form hydrogen bonds with water and is hence, sparingly soluble in water.

How do you increase solubility in water? ›

An increase in pressure and an increase in temperature in this reaction results in greater solubility. An increase in pressure results in more gas particles entering the liquid in order to decrease the partial pressure. Therefore, the solubility would increase.

How do you make boric acid dissolve faster? ›

Lie down. After inserting the suppository, remain lying down for 10 to 15 minutes. This gives the boric acid time to dissolve and absorb into your system. Standing immediately after insertion may reduce its effectiveness.

How do you calculate how much water to add to dilute? ›

The formula for calculating a dilution is (C1) (V1) = (C2) (V2) where... C1 is the concentration of the starting solution. V1 is the volume of the starting solution. C2 is the concentration of the final solution.

How much boric acid per gallon of water? ›

Combine one cup of boric acid with 1 gallon of water. That should be good in eliminating mold spores all over the house.

How much water should be added to 16 ml of 12% alcohol solution to reduce the concentration to 8%? ›

Now we calculate: 8% = . 12(16)/(16+x) * 100 Solve for x. I hope that helps. The 24ml is the total volume of the new solution, including the 16ml you started with, so (24 - 16)ml or 8ml of water was added.

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