filmov
tv
Class 12 Chemistry Chapter 2 Numericals | Solutions | Osmotic Pressure | Freezing Point Depression
Показать описание
Chapter 2 Chemistry Numericals Simplified for Board Exam Success!
This video covers two important numericals from Chapter 2 (Solutions ) for Maharashtra Board Class 12 Chemistry. These questions are crucial for board exam 2025 and are solved with detailed step-by-step explanations to strengthen your understanding of the concepts.
🔑 Numericals Covered:
1️⃣ An aqueous solution of a certain organic
compound has a density of 1.063 gmL-1,
an osmotic pressure of 12.16 atm at 250
C
and a freezing point of -1.030
C. What is
the molar mass of the compound?
2️⃣ A mixture of benzene and toluene contains
30% by mass of toluene. At 300
C, vapour
pressure of pure toluene is 36.7 mm Hg
and that of pure benzene is 118.2 mm Hg.
Assuming that the two liquids form ideal
solutions, calculate the total pressure and
partial pressure of each constituent above
the solution at 300
C.
---
🎯 Why Watch This Video?
✔ Step-by-step explanation for better clarity
✔ Aligned with Class 12 Maharashtra Board Syllabus
✔ Covers important topics
✔ Perfect for revising key numericals for exams
---
💡 What’s Next?
This is part of a complete Chapter-Wise Numericals Playlist for Chemistry. Stay tuned for all chapters and get a solid grip on every numerical concept for your 2025 Board Exams!
📢 Don’t forget to like, comment, and subscribe to our channel!
---
- Class 12 Chemistry Numericals
- Osmotic Pressure Example
- Colligative Properties Explained
- Benzene Toluene Vapour Pressure Calculation
- Raoult’s Law Class 12
- Chemistry Board Preparation 2025
- Maharashtra HSC Chemistry 2025
- Vapour Pressure Ideal Solutions
- Chemistry Numericals Solved Step-by-Step
- Solutions and Colligative Properties Numericals
#Class12Chemistry #ChemistryNumericals #SolutionsChapter #ColligativeProperties #OsmoticPressure #MolarMassCalculation #RaoultsLaw #VapourPressure #BoardExamPreparation #HSCBoard2025 #MaharashtraBoard #NumericalsExplained #BenzeneTolueneMixture #ChemistryStudyTips #IdealSolutions #Class12StudyMaterial #HSCExam2025 #StudyWithMe #NumericalsClass12 #LearnChemistry #ChemistryForBoardExams #Class12Numericals #StepByStepSolution #MaharashtraHSCBoard #ChemistryForBoards #NumericalsSimplified #HSCBoardPreparation #Class12Science #ChemistryStudy #ExamPreparation #ChemistryHelp #NumericalsMadeEasy #ChemistryConcepts #ColligativePropertiesNumericals #BenzeneTolueneVapourPressure #ExamTips2025 #ChemistryBoardExams #StudyChemistry #LearnWithUs #NumericalsSolutions #Class12Success #BoardExam2025 #OsmoticPressureNumericals #VapourPressureCalculation #HSCBoardTips #BoardExamSuccessTips #ChemistryLearning #ChemistryGuide #NumericalsPractice #FreezingPointDepression #ChemistryChapter2 #Chapter2Numericals #Class12ChemistryGuide #ChemistryMasterclass #BoardExamNumericals #AceChemistry #MaharashtraBoardStudy #ExamFocusedContent #ChemistryExams
This video covers two important numericals from Chapter 2 (Solutions ) for Maharashtra Board Class 12 Chemistry. These questions are crucial for board exam 2025 and are solved with detailed step-by-step explanations to strengthen your understanding of the concepts.
🔑 Numericals Covered:
1️⃣ An aqueous solution of a certain organic
compound has a density of 1.063 gmL-1,
an osmotic pressure of 12.16 atm at 250
C
and a freezing point of -1.030
C. What is
the molar mass of the compound?
2️⃣ A mixture of benzene and toluene contains
30% by mass of toluene. At 300
C, vapour
pressure of pure toluene is 36.7 mm Hg
and that of pure benzene is 118.2 mm Hg.
Assuming that the two liquids form ideal
solutions, calculate the total pressure and
partial pressure of each constituent above
the solution at 300
C.
---
🎯 Why Watch This Video?
✔ Step-by-step explanation for better clarity
✔ Aligned with Class 12 Maharashtra Board Syllabus
✔ Covers important topics
✔ Perfect for revising key numericals for exams
---
💡 What’s Next?
This is part of a complete Chapter-Wise Numericals Playlist for Chemistry. Stay tuned for all chapters and get a solid grip on every numerical concept for your 2025 Board Exams!
📢 Don’t forget to like, comment, and subscribe to our channel!
---
- Class 12 Chemistry Numericals
- Osmotic Pressure Example
- Colligative Properties Explained
- Benzene Toluene Vapour Pressure Calculation
- Raoult’s Law Class 12
- Chemistry Board Preparation 2025
- Maharashtra HSC Chemistry 2025
- Vapour Pressure Ideal Solutions
- Chemistry Numericals Solved Step-by-Step
- Solutions and Colligative Properties Numericals
#Class12Chemistry #ChemistryNumericals #SolutionsChapter #ColligativeProperties #OsmoticPressure #MolarMassCalculation #RaoultsLaw #VapourPressure #BoardExamPreparation #HSCBoard2025 #MaharashtraBoard #NumericalsExplained #BenzeneTolueneMixture #ChemistryStudyTips #IdealSolutions #Class12StudyMaterial #HSCExam2025 #StudyWithMe #NumericalsClass12 #LearnChemistry #ChemistryForBoardExams #Class12Numericals #StepByStepSolution #MaharashtraHSCBoard #ChemistryForBoards #NumericalsSimplified #HSCBoardPreparation #Class12Science #ChemistryStudy #ExamPreparation #ChemistryHelp #NumericalsMadeEasy #ChemistryConcepts #ColligativePropertiesNumericals #BenzeneTolueneVapourPressure #ExamTips2025 #ChemistryBoardExams #StudyChemistry #LearnWithUs #NumericalsSolutions #Class12Success #BoardExam2025 #OsmoticPressureNumericals #VapourPressureCalculation #HSCBoardTips #BoardExamSuccessTips #ChemistryLearning #ChemistryGuide #NumericalsPractice #FreezingPointDepression #ChemistryChapter2 #Chapter2Numericals #Class12ChemistryGuide #ChemistryMasterclass #BoardExamNumericals #AceChemistry #MaharashtraBoardStudy #ExamFocusedContent #ChemistryExams