Ionisation energy of sodium atom is 4.946

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August undefined, 2024

Web1 okt. 2024 · Click here 👆 to get an answer to your question ️ Ionisation energy of sodium atom is 4.946*10^2 kg par mol. viswanand72771 viswanand72771 01.10.2024 … WebHere you can find the meaning of Ionization energy of sodium atom is 4.946 x 10^2 KJ/mol. What is the wavelength of radiation sufficient to ionise sodium atom? defined & …

The electromagnetic radiation of wavelength 242 nm is just …

Web4.946 × 10 4 D 4.946 × 10 5 Solution: Ionisation energy is the amount of energy required to remove most loosely bound electron from the isolated gaseous atom. For the sodium … WebIE of Na atom is 4.946×102kJ/mole. The wavelength of radiation sufficient to ionize sodium atom is A 4×1024nm B 0.241 nm C 241 nm D 400 nm Medium Answer Correct option is A 4×1024nm Answer verified by Toppr Upvote (0) Was this answer helpful? Get Instant Solutions, 24x7 No Signup required download app Related questions portland shooting map

Ionization Energy per mole of Na atom is 4.946 × 10^2kJ/mole

WebQ. Sodium atom is ionise by Electromagnetic radiation of wavelength 242 nm which is just sufficient to ionise . Calculate the ionisation energy of sodium in kJ mol -1 . NTA Abhyas NTA Abhyas 2024 Report Error Web13 dec. 2015 · So, you know that the energy needed to ionize sodium is equal to 496 kJ/mol. As you know, one mole of any element contains exactly 6.022 ⋅ 1023 atoms of … WebSep 13,2024 - Ionization energy of sodium atom is 4.946 x 10^2 KJ/mol. What is the wavelength of radiation sufficient to ionise sodium atom? EduRev NEET Question is … portland shows and events

Electromagnetic radiation of wavelength 242 nm is just sufficient …

Ionisation energy of Na atom is 4.946 x 10 2 kJ⁄mol. The …

Web9 aug. 2024 · The ionisation energy of gaseous Na atom is 495.8 kJ mol−1 . The lowest possible frequency of light that can ionise a Na atom is : (a) 1.24 × 1012 s −1 (b) 3.15 × … WebIonization Energy per mole of Na atom is 4.946×102kJ/mole. The wavelength of radiation sufficient to ionize sodium atom is A 4×1024nm B 24.2 nm C 242 nm D 400 nm Hard Open in App Solution Verified by Toppr Correct option is C 242 nm Was this answer helpful? 0 0 Similar questions optimum speed for mpgWebApr 07,2024 - Electromagnetic radiation of wavelength 242 nm is just sufficient to ionise the sodium atom. What is the ionisation energy of sodium per atom?a)494.5 x 10-6 … portland silo sock

"WebThe electromagnetic radiation of wavelength 242 nm is just sufficient to ionise the sodium atom. Calculate the ionisation energy of sodium in kilojoule per mole. Step-by-Step Verified Solution The energy required to ionise one atom is given by " - Ionisation energy of sodium atom is 4.946

Ionisation energy of sodium atom is 4.946

Ionization Energy per mole of Na atom is 4.946 × 10^2kJ/mole

Web9 nov. 2024 · Ionisation energy of sodium atom is 4.946×102 kJ mol−1. The wavelength of radiation sufficient to ionise sodium atom is A 4×1024 nm B 0.241 nm C 241 nm … WebIonization energy of sodium atom is 4.946 x 10^2 KJ/mol. What is the wavelength of radiation sufficient to ionise sodium atom? View answer When electromagnetic radiation of wavelength 300nm falls on the surface of sodium electrons are emitted with a kinetic energy of 1.68×100000j/mole.

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Web25 aug. 2024 · Ionisation energy of sodium atom is 4.946 x 102 kJ mol! The wavelength of radiation sufficient to ionise sodium atom is (a) 4 x 1024 nm (c) 241 nm (b) 0.241 nm … WebQ. Ionisation energy of sodium atom is 4.946 × 102kJ mol−1. The wavelength of radiation sufficient to ionise sodium atom is 1393 78 Structure of Atom Report Error A 4×1024nm …

WebThe ionization energy of sodium will be equal to the energy possessed by the radiation of wavelength 242 nm. It is E = hc/λ = 6.626×10 −34 Js × 3×10 8 /(242×10 −9 m) = 8.21×10 … WebCalculate the ionisation energy of sodium in kJ/mol ?, a detailed solution for Electromagnetic radiations of wavelength 242nm is sufficient to ionise sodium atom. …

WebIonization Energy per mole of Na atom is 4.946×10 2kJ/mole . The wavelength of radiation sufficient to ionize sodium atom is A 4×10 24nm B 24.2 nm C 242 nm D 400 nm Hard … WebThe energy required to ionise one atom is given by [latex]E=frac{h c}{lambda}left{begin{array}{l}h=6 cdot 626 times 10^{-34} J cdot s \c=3 times. Login. ...

WebIonisation energy of Na atom is 4.946 x 10 2 kJ⁄mol. The wavelength of radiation sufficient to ionise Na atom is: 4 x 10 24 nm 0.241 nm 241 nm 400 nm Answer is: 241 nm …

WebIonisation energy of Na atom is 4.946 x 10 2 kJ⁄mol. The wavelength of radiation sufficient to ionise Na atom is: 4 x 10 24 nm 0.241 nm 241 nm 400 nm Answer is: 241 nm Explanation: E = hc ⁄ λ Image Not Yet Uploaded! Will be updated soon Report Error For More Inorganic Chemistry MCQ with Answers Click Here 9a ⁄ 5 a ⁄ 4 5a ⁄ 9 4a ⁄ 9 91 nm … optimum sports and fitness optimum specialty pharmacyWebClick here👆to get an answer to your question ️ Ionization Energy per mole of Na atom is 4.946 × 10^2kJ/mole . The wavelength of radiation sufficient to ionize sodium atom is … optimum sports and spinal rehabilitationWebElectromagnetic radiation of wavelength 242 nm is just sufficient to ionise the sodium atom. Calculate the ionisation energy of sodium in kJ mol –1. Answer. From E= hv or hc/ λ, … optimum staffing solutions llchttp://leoninsurance.com/jbj97t92/ionization-energy-of-sodium.html optimum staffing solutions greensboro ncWebCall us: 240-243-9771 tornado in kentucky today; philosophy and literature journal acceptance rate; types of cultural tourism portland short film festivalWebIonization energy of sodium atom is 4.946 x 10^2 KJ/mol. Then, the wav... To find the wavelength of radiation sufficient to ionize a sodium atom, we can use the formula: E = hc/λ where E is the energy required to ionize the atom, h is the Planck constant, c is the … portland short form