Life (Part 2)
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William Ramsay received his basic 📚education in 🏴󠁧󠁢󠁳󠁣󠁴󠁿Glasgow before traveling to 🇩🇪Germany to earn a doctorate in organic chemistry. At that time 🇩🇪Germany was the world leader in 🔬research, so Ramsay’s study path was not unusual. Eventually he became a professor at University College of London. After hearing a lecture by Lord Rayleigh, he began studying gases, which led to his discovery of noble gases. For their collaboration, Rayleigh and Ramsay each were awarded a 🏅Nobel Prize in the same year, in ⚛physics and ⚗chemistry respectively.

(Source: nobelprize.org)

Work (Part 3)
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The 🌫️air around us consists of several different 🌪️gases, mostly 🌫️nitrogen gas and 🌬️oxygen. Through weight comparisons between air and nitrogen gas formed in chemical processes, 👨‍🔬William Ramsay, along with 👨‍🔬Lord Rayleigh, showed in 1894 that air also contained an element ⁉️unknown up to then, which was given the name argon(Ar). It does not react with other elements but is a noble gas. After discovering another noble gas, helium, 👨‍🔬Ramsay predicted other noble gases based on the periodic table of elements and could establish the existence of 🟧neon, krypton and xenon.

(Source: nobelprize.org)

Read the letter by colour not by word
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Brain exercise booster to your 🧠 Brain
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What is the primary challenge associated with deep submicron technology in VLSI design?

- A) Increased power consumption

- B) Reduced manufacturing cost

- C) Signal integrity issues

- D) Larger chip size

@Electrical_Machine_Network_Ckt

If in Fig., the value of R1 = 62, then current through R, is?

When resistances are connected in parallel, the current divides itself in

(i) direct ratio of resistances
(ii) inverse ratio of resistances
(iii) inverse ratio of potentials
(iv) none of above

@Electrical_Machine_Network_Ckt

Electromechanical process of Power Generation
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