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Expected Questions Related to Panchayat Raj

1. Which committee is known as ‘Committee on Panchayati Raj Institution’ ? ANS  :  Ashok Mehta Committee 2. Which article states that State shall take necessary steps to organize village panchayat ? ANS  :  40 3. What is the foundation of Panchayati Raj system ? ANS  :  Gram Sabha 4. Who is known as the father of Panchayati Raj in India ? ANS  :  Balwanth Rai 5. Nehru inaugurated Panchayati Raj System in Rajasthan on ? ANS  :  2nd October 1959 6. Which is the first state in South India to introduce Panchayati Raj ? ANS  :  Andhra Pradesh 7. The Panchayati Raj institutions in India are established as per Constitutional directions of the ? ANS  :  Directive Principles 8. At what level does a Panchayat Samiti operate a Panchayati Raj structure ? ANS  :  Block level body 9. What is an important reason for revival of Panchayati Raj system in India ? ANS  :  It helps participation of democratic bodies at...
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5 Types of Writs | Constitutional Remedies | Article 32 and Article 226

  In today's lecture, we are going to discuss 5 kinds of writs, about protection of Fundamental Rights, Mainly about article 32 & article 226, with important case laws.  Let's start with first understanding the meaning of writs. So, we`ve been provided with different rights like the right to education, right to dignity, right to life. but just like the example, there is no meaning of Rights until they are properly protected. to put it simply, whenever we buy any jewellery, the first thing we think about is its safekeeping.  Just like that, for the protection of our fundamental rights and their safeguard - we have some Constitutional Remedies. Protection of FRs has been discussed mainly in these 4 Articles Firstly, Article 13 - which talks about Judicial Review. You can know about it by clicking the card above!  Next is Article 359, which says that FRs cannot be curtailed; except during Emergency.  And then we have Article 32 & 226, which we are going to ...
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(a) Neglecting reduced-mass effects, what optical transition in the (\text{He}^{+}) spectrum would have the same wavelength as the first Lyman transition of hydrogen ((n=2) to (n=1))? (b) What is the second ionization energy of (\text{He})? © What is the radius of the first Bohr orbit for (\text{He}^{+})? Assume that the ionization energy ((\hat{v})) of deuterium is (R).

Let's respond to each component of the query separately: (a) What optical transition in the (He+) spectrum, ignoring reduced-mass effects, would have the same wavelength as the first Lyman transition of hydrogen (n=2 to n=1)? The formula for the wavelength of a spectral line can be used to determine the wavelength of a transition in atoms that resemble hydrogen (like He+): 1 / λ = R_H * (1/n₁² - 1/n₂²) Where:     The transition's wavelength is •.     The Rydberg constant for hydrogen is R_H.     The major quantum numbers for the two energy levels are n1 for the beginning energy level and n2 for the final energy level. We have n1 = 2 and n2 = 1 for the first Lyman transition in hydrogen (n=2 to n=1). He+ (the helium ion) only has one electron at this time. As a result, it has a comparable electron configuration to hydrogen, and the equivalent transition can be determined using the same formula and the hydrogen Rydberg constant (R_H). 1 / _He+ ...
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