Module 03/ Engineering chemistry 1st year/ INTERMOLECULAR FORCES AND PROPERTIES OF GASES/ PYQ of AKU

[@ChemRankers]

Engineering Chemistry: kzbin.info/aero/PLW1Y7Rfg4m8Jhs-s_VfYWgWzwTqYUvxJb

[@ayezaandaleeb3243]

Today was my exam and your videos helped me a lot. Thanks a lot.

[@Sachin_.10]

Mam, a very big thanks to you.Humare college me Chemistry ke teacher bilkul bhi acha ni pdhate. Humare college ke sabhi students aaphi ke lectures ko follow krte hai. THANKS A LOT MAM

[@access_not_granted_09]

Thank you so much mam from the bottom of my heart....you could have deserved soooo much more than this....have provided the entire syllabus of the book...may you have the brightest life ahead 😊

[@DeepakKumar-ky1rn]

Thank u so much mam ❤ This video is very helpful . I have watched so many videos but i get satisfaction after watching your video. Again thank you so much ❤❤

[@hemanshusingh1009]

Thanks ma'm😊. The way you connect the topics is helpful for me to complete module3 in easy way.

[@ayushsinha3290]

literally adds are soo irritating 😫😩😖 the lecture was awesome but the adds show up every 3-5 minutes which breaks the flow and feels so irritating please do something about this, maybe other students will agree with me too!

[@ChemRankers]

I am also agree with you beta….but we don’t set adds , now KZbin automatically gives adds, even channels without monetisation also show so many adds….KZbin did that… I am so sorry for that….

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Premium le lo

[@ShaliniKumari-qi9hy]

Thank you so much mam for your incredible teaching..😊

[@ChemRankers]

Most welcome Shalini…😀

[@YashGupta20729]

thank you mam for giving your presious time for to give such explanation 😊

[@ayezaandaleeb3243]

1:13:15 Real gas

[@abdulwajidraza5498]

Thank u ma'am . It is very easy to learn concept from ur videos .

[@shreya8043]

thanku so much mem for this vedio☺🙌

[@ChemRankers]

Most welcome Shreya🙂😃

[@theshortsdiary]

Thank you so much mam

[@AshishKumar-ck1ry]

Thanks you so much mam..your explanation is amazing 💕.each and every concept is clear now...

[@ChemRankers]

Thankyou Ashish…

[@RUCHITAKUMARI-b8e]

Intermolecular force (a=vanderwall force constant)high the easier liquidification Z=1 ideal gas

[@ANURAGMAJI-wi9vp]

mam you are really great and this vedio is so much helpful

[@souravmahata35]

Thank you mam it's was a great explanation

[@udayvlogs62]

Thanks you ma'am bahuta achche se samjhne ke liye 👍👍👍👍👍👍👍👍👍👍👍👍👍👍

[@VivekPrakash-uq3rb]

Ma'am On the website in the Intermolecular and forces section pdf link is of Water chemistry and not of the Module 3 .. please upload the pdf ma'am , it will be very helpful.

[@ChemRankers]

It’s already uploaded…please check it again…

[@KrishanuBanerjee-rv3wy]

Thanks a lot mam for you effort

[@abhaynarayan4114]

Mam aap log ke karan hi pura semester bunk karne ka motivation milta hai

[@ChemRankers]

Phir to mujhe ye vedio hta dene chahiye….ye apka quick revision hai apke semester ka replacement ni hai….

[@abhaynarayan4114]

@@ChemRankers nhi mam Mam humlog ke liye ye pura semester hai

[@adityaprakash2698]

Thank u mam explanation is awesome.

[@premrajshukla7372]

Thank you mam for this wonderful lecture .. really helpful for us 😊

[@ChemRankers]

Thanks for liking

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Yes prem This is 🔥🔥🔥

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​@@ChemRankers i am obsessed with your lecture mam 😊

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Thanks mam Good video

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You have very beautifully explained it ...

[@PujaGupta-jw6xt]

This video discusses the concept of intermolecular forces and their impact on the properties of gases. It covers the different types of intermolecular forces, such as dispersion forces, dipole-dipole interactions, and hydrogen bonding, and how they affect the behavior of real gases compared to ideal gases. Key moments: 00:00 Understanding intermolecular forces is crucial in studying molecular interactions. These forces, like electrostatic forces and hydrogen bonding, play a significant role in molecular behavior. -Exploring intermolecular forces such as electrostatic forces and hydrogen bonding. -Differentiating between nonpolar and polar molecules based on their molecular behavior. -Analyzing the impact of symmetry on molecular properties and interactions. 10:04 Intermolecular forces play a crucial role in the properties of molecules, affecting their interactions and behavior, leading to diverse physical and chemical properties. -Understanding the impact of molecular size on dispersion forces and surface area increase due to larger molecules. -Exploring the relationship between London forces and molecular properties, such as electron number increase and its effects on physical and chemical properties. -Discussing the significance of intermolecular forces in molecular interactions, including dipole-dipole interactions and electrostatic attractions. 20:09 Intermolecular forces, such as hydrogen bonding, play a crucial role in molecular interactions and properties, influencing chemical behavior and bonding types. -Understanding the concept of dipole-induced dipole interactions and its impact on molecular behavior and properties. -Exploring the significance of nonpolar and polar molecules in chemical interactions and the role of hydrogen bonding in molecular structure. -Discussing the implications of intermolecular forces like hydrogen bonding on molecular orientation and behavior, affecting chemical reactivity and properties. 30:12 Intermolecular forces play a crucial role in keeping molecules together, affecting their form and behavior in different states like solid, liquid, and gas. -The significance of intermolecular forces in molecular behavior and state transitions. It explains how molecules in different states like solid, liquid, and gas are influenced by these forces. -The impact of intermolecular forces on gas behavior and properties. It discusses compressibility, ideal gas behavior, and the conversion of gases to liquid forms. -Understanding the simplicity and complexity of gases. It explores the concept of gas behavior, attraction forces, and the behavior of gases in different conditions. 40:17 Understanding the relationship between pressure and volume in gases is crucial. By manipulating pressure and volume, one can observe changes in temperature and molecular energy levels. -Exploring the behavior of gases under different pressure and volume conditions. -Analyzing the impact of temperature changes on gas properties and molecular energy levels. -Examining the relationship between pressure, volume, and temperature through experimental observations. 50:23 Understanding the relationship between pressure, temperature, and volume is crucial in maintaining gas systems. Constantly monitoring and adjusting these factors ensures system efficiency and safety. -Importance of maintaining consistent pressure, temperature, and volume in gas systems for efficiency and safety. -The impact of temperature increase on pressure and volume in gas systems. -The significance of proportional adjustments in pressure and volume to maintain system stability and functionality. 1:00:28 Understanding the conversion of units and values is crucial in scientific calculations. It is important to pay attention to gas constants and temperatures for accurate results. -Importance of considering gas units and values for medical accuracy in calculations. -Conversion of units and values from Celsius to Kelvin for precise scientific measurements. -The significance of accurate volume and pressure measurements in scientific experiments. 1:10:36 Understanding intermolecular forces is crucial in determining the behavior of gas molecules, impacting pressure and volume. The interaction between molecules affects their movement and pressure within a container. -Analyzing the impact of intermolecular forces on gas behavior, pressure, and volume within a container. -Exploring how molecular interactions influence momentum, collisions, and pressure changes in a gas system. -Discussing the decrease in pressure and validity of gas laws due to molecular interactions and momentum changes. 1:20:40 Understanding the volume of gas molecules in a container is crucial for determining their behavior and interactions. Calculating the available volume helps in analyzing molecular movement and gas pressure accurately. -Analyzing gas pressure and volume relationship for molecular behavior and gas interactions. -Calculating available volume to understand molecular movement and gas pressure accurately. -Determining the volume of gas molecules in a container to predict their behavior and interactions effectively. 1:30:47 Understanding the concept of ideal gas and real gas is crucial in determining the behavior of gases in different conditions and applications. The volume and pressure of gases play a significant role in their liquefaction and application. -Differentiating between ideal gas and real gas and their behavior in various conditions and applications. -Exploring the concept of intermolecular forces and their influence on gas behavior and properties. -The impact of volume and pressure on gas liquefaction and application. 1:40:51 Understanding the conversion of gas properties like volume and pressure is crucial in chemistry experiments. Converting temperature to Kelvin is essential for accurate calculations and results. -Importance of gas properties conversion in chemistry experiments for accurate results. -The significance of converting temperature to Kelvin for precise calculations. 1:56:09 Understanding the behavior of real gases is crucial in chemistry. The video discusses gas volume calculations and the concept of compressibility in ideal gas equations. -Gas behavior in real life scenarios is explored, emphasizing the importance of considering compressibility in gas volume calculations. -The video delves into the concept of compressibility factor and its impact on ideal gas behavior, highlighting the complexities involved in ideal gas situations. -The discussion extends to understanding gas behavior under different conditions, such as temperature and pressure variations, to analyze deviations from ideal gas behavior. 2:01:07 Understanding the relationship between pressure, volume, and gas behavior is crucial in gas analysis. Analyzing deviations and gas properties helps in determining ideal gas behavior and gas characteristics. -Analyzing the impact of pressure on gas behavior. Understanding how high or low pressure affects gas volume and behavior is essential in gas analysis. -Examining the concept of ideal gas behavior. Observing deviations from ideal gas behavior and analyzing gas properties aids in identifying ideal gas behavior. -Exploring the relationship between gas properties and internal forces. Understanding how different gases interact and behave under varying conditions is crucial for accurate gas analysis. Generated by sider.ai

[@rohitpandey1602]

Thank you very much ma'am for such videos They help us a lot 🙏❤️

[@Abhishekkumar-tx3of]

Thanku mam for this lecture.

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thnaks for this content

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Ma'am this module is unable to be downloaded

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Thankyou so much mam ❤

[@chunmunkumar1472]

Tq so much mam. Aur sab module ka v video banaiye mam. Tqq so much

[@ChemRankers]

Welcome..😀

[@abhaynarayan4114]

thanku mam for such a wonderful lecture

[@gauravmani61]

Very helpful at the time of exam ❤❤

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Thnxxx so much ma'am . To help students.💯💯

[@atulupdates077]

Aapko video se bahut help milta h notes banne me.👍👍👍

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It's my pleasure

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Thank you ma'am ❤

[@akashpandey3061]

Thanks mam for great teaching

[@ChemRankers]

Thanks beta

[@AmarKumar-zf7vk]

Thank you mam I scored today mock test 5/5 (module 3)because of your video lecture. 🤗🙏

[@ChemRankers]

Yes, I saw your score…congratulations…but unfortunately only 5 students are able to get 5/5…is there any confusion in questions?

[@AmarKumar-zf7vk]

@@ChemRankers no mam, every concept you already explained in this video. Only question 2) is numerical Taken some time to solve.

[@KeshavSharma-uo2gi]

Best lecture on this topic so far. Thank you so much mam for your dedication and support

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Thanku..mam

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Thank you so much for this ⚡. Mam I hope for your better future in KZbin career

[@ChemRankers]

Thankyou very much Aman…

[@iamaman7090]

Mam mre syllabus me to is chapter ka nam "intermolecular forces and potential energy surface" h Kya ye same h mam plz btao

[@ChemRankers]

Send me your syllabus on telegram…

[@iamaman7090]

Ok mam

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Thank u mam u save us

[@ChemRankers]

It's my pleasure…

[@shubhamshrivastava314]

Thank u so much Mam ❤️.. I'm waiting for lecture of water chemistry. .

[@ChemRankers]

Will upload soon

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Mam iske important questions bhi bta do

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thank you ma'am

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Mam nich lect well explained but pes is left,...?

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thanks mam 🙏

[@12hoursgaming11]

mam pdf kaha se milega plzz reply??

[@Asr825]

#ThankYou Ma'am Very Helpful 🙏 at the time of exam ✨🎩

[@vikash_01.]

Thank u so much 💓 miss

[@ChemRankers]

Welcome 😊

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Thankyou mam🎉

[@ChemRankers]

Most welcome 😊

[@akashaadi4533]

Mam module 1 and 2 ka bhi video upload kar digiye

[@ChemRankers]

Yes Akash , but I m sorry to say that I m little busy for some reason.. I will try to upload soon…

[@akashaadi4533]

@@ChemRankers sukriya mam 🙏🙏

[@akashaadi4533]

Mam PDF bhi mil jata to aacha hota 🙏🙏

[@ChemRankers]

Pdf “ www.chemrankers.com “ pr available hai…

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Toota much ads ....although lecture was awesome mam ...but please do something abt it

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iske notes kaha milenge

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Wrong pdf uploaded on the website for this video

[@AbhishekKumar-kt1sm]

Mam module 3 complete hai is video ma agar nahi hai to please aur upload ka do na please 🙏🙏💓

[@ChemRankers]

Module 3 is complete…but not module 4 …usme only water chemistry kraya hai…

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notes??

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Available at “ www.chemrankers.com “

[@ritik813]

Mame module 4 upload this video

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Ohhh…. you guys want module 4? And module 1 and 2???

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@@ChemRankers yes mam please upload module 1 and 2

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Mam please provide us pdf form of the lecture slides of engineering chemistry lectures A humble request from us

[@ChemRankers]

It’s already available at “ www.chemrankers.com “

[@susonly2004]

Potential energy surface?😢

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1:31:06

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Kya pdhati hai yaar osm

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🌟🌟🌟🌟🌟

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thank you mam👈💥

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Thankyou mam

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Thanks mam

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Tq mame