ᴛʜɪʀᴅ ᴡᴇᴇᴋ ᴏꜰ ᴛᴇᴀᴄʜɪɴɢ ᴩʀᴀᴄᴛɪᴄᴇ (20-11-23 ᴛᴏ 24-11-23)
This week had only one class on both 8e and 9 e. Thursday (23-11-23) was holiday due to the teacher's cluster training.
In 8E , I taught about metals and its various properties.
our recent lesson, we delved into the fascinating properties of metals, focusing on sorority, thermal conductivity, and electrical conductivity. It was an illuminating exploration that shed light on the remarkable characteristics of metallic substances.
Sorority, or metallic luster, captivated our attention as we marveled at the dazzling shine exhibited by metals. Understanding how the outer electrons of metal atoms interact with light to create this distinctive sheen deepened our appreciation for the aesthetics of metals.
Furthermore, our exploration of thermal conductivity unveiled the impressive ability of metals to efficiently transfer heat. We discussed how the free movement of electrons within the metallic structure facilitates the rapid transmission of thermal energy, making metals indispensable in various applications, from cooking utensils to industrial machinery.
Equally captivating was our examination of electrical conductivity, which highlighted metals' prowess in conducting electricity. The mobility of electrons within the metallic lattice allows for the seamless flow of electrical charge, making metals vital components in electrical circuits and devices.
Through hands-on demonstrations and interactive discussions, we gained a deeper understanding of how these properties contribute to the versatility and utility of metals in countless industries and everyday life.
As we continue our exploration of the wonders of materials science, I'm excited to see how these fundamental properties of metals intersect with other aspects of our curriculum. Stay curious, and let's keep uncovering the secrets of the materials that shape our world!
I conveyed the concept to pupil using various examples . In 9 E I continued gravitation I'm excited to share my experience after conducting the feather and coin experiment in class. It was an enlightening journey into the captivating world of gravity, and I'm thrilled to recount our discoveries.
As we dropped a feather and a coin simultaneously from the same height, the anticipation built. I expected the coin to reach the ground first due to its greater mass. However, much to my surprise, both objects landed simultaneously, defying initial expectations.
This observation sparked a profound discussion on the concept of acceleration due to gravity. We explored how gravity affects all objects equally, causing them to accelerate towards the Earth at the same rate, regardless of their mass.
Analyzing the results of the experiment deepened my understanding of the universal nature of gravity and its influence on the motion of objects. It was fascinating to witness firsthand how gravity operates uniformly, shaping the behavior of celestial bodies and everyday objects alike.
Moreover, this experiment prompted further exploration into the factors affecting gravitational acceleration. Through collaborative inquiry, we investigated how variations in altitude and the mass of the Earth can impact the strength of gravitational pull experienced by objects.
Overall, the feather and coin experiment was an engaging and memorable experience that provided valuable insights into the fundamental principles of gravity. Grateful for the enthusiasm and curiosity present throughout our exploration, I eagerly anticipate continuing our scientific journey together.