MDCAT I Gases Unit 3-Lec#3 Gas Laws & Absolute Temp - Prof. Ali Sudais | Ali Series Books Entry Test скачать в хорошем качестве

MDCAT I Gases Unit 3-Lec#3 Gas Laws & Absolute Temp - Prof. Ali Sudais | Ali Series Books Entry Test

Day 63-ACA's 100-Day Challenge ▬ Order Your Books ▬ https://alicoachingacademy.com/ or send your name, number and address for the best MDCAT books @03454586021/03009354220/03337493378 ▬ Facebook Pages ▬ Ali Series Books Entry Test:   / aliseriesbooks   ACA - Ali Coaching Academy   / aca.edu.pk   ACA website: complete your course here and win 20K Rupees. https://alicoachingacademy.com/ MDCAT I Gases Unit 3-Lec#3 Gas Laws & Absolute Temp - Prof. Ali Sudais | Ali Series Books Entry Test Summary: The video discusses the 2 main gas laws - Boyle's law, Charles' law & absolute temperature. It explains the concept of ideal and non-ideal gases, and how the nature of a gas affects its behavior. Key moments: 00:23 Gas laws are explained in this video, distinguishing between ideal and real gases based on their behavior under different conditions like temperature and pressure. -Different gas laws are discussed, including Boyle's Law and Charles's Law, with graphical representations for better understanding. -The distinction between ideal gases that follow gas laws and real gases that deviate from ideal behavior is explained based on temperature and pressure. 06:05 Understanding the concept of pressure, volume, and temperature in gases is crucial. Doubling pressure while keeping volume constant results in halving the volume, demonstrating the inverse relationship between pressure and volume. -Explanation of the relationship between pressure, volume, and temperature in gases. Double pressure makes volume 1/2, having inverse relationship. -Explaining the dependence of pressure on the number of moles and temperature in gas equations. 12:09 Understanding the relationship between temperature, volume, and pressure is crucial in gas studies. Changing the number of moles or volume affects the gas behavior significantly. -Importance of considering temperature, volume, and pressure in gas studies. Understanding the impact of changing moles or volume on gas behavior. -Significance of maintaining constant variables like moles or volume to predict gas behavior accurately. The concept of half-mole and its effect on gas properties. -Explaining the concept of inverse proportion in gas studies. 22:35 Understanding the relationship between temperature and pressure in a gas system is crucial. Increasing temperature leads to pressure increase, while decreasing temperature leads to pressure decrease. -Explanation of the impact of temperature increase on pressure increase in a gas system. The trick involves remembering the relationship between temperature and pressure. -Importance of considering temperature and pressure relationship in gas systems. It affects pressure directly based on temperature changes. -Significance of revisiting and understanding the graphical representation of the temperature-pressure relationship in gas systems. Emphasizing the importance of grasping the concept for ideal gas behavior. 24:22 Understanding the concept of ideal gases and non-ideal gases is crucial in physics. The behavior of gases under pressure and temperature variations is significant for gas properties. -Differentiating between ideal gases and non-ideal gases based on their behavior under varying conditions is essential in physics studies. -Exploring the concept of forces of attraction and repulsion in gases -Relating human behavior to gas behavior, emphasizing that while humans may not be ideal, gases also exhibit non-ideal characteristics. 32:58 Teaching online enhancing the learning experience. It also highlights the importance of ideal & non-ideal relationships in the nature of gases. -The significance of effective communication in online teaching and learning, fostering a conducive learning environment for students and teachers. -Exploring the concept of ideal and non-ideal relationships in the nature of gases 36:31 Understanding the relationship between pressure, volume, and temperature in gases is crucial. Exploring different gas properties through graphs helps in grasping complex concepts effectively. -Explanation of ideal gas behavior at different temperatures. -Understanding absolute temperature. 42:34 Understanding absolute temperature and temperature scales like Kelvin and Celsius is crucial in science. -Importance of distinguishing between absolute temperature & temperature scales like Kelvin & Celsius. Lord Kelvin's role in developing the Kelvin scale. -The significance of zero in Kelvin & Celsius scales 48:38 Understanding absolute zero & temperature scales is crucial in science. Absolute zero is the lowest possible temperature where particles stop moving. -Explanation of how to verify temperature values using absolute zero & k. 55:03 Understanding the concept of pressure & volume in a practical scenario is crucial for adjusting values accurately. .