The synthetically produced radioactive noble gas by the collision of $_{98}^{249}Cf$ with $^{48}_{20}Ca$ is

Question

The synthetically produced radioactive noble gas by the collision of $_{98}^{249}Cf$  with  $^{48}_{20}Ca$  is

cdquestions Admin · Accepted Answer

The question asks about the synthetically produced radioactive noble gas produced by the collision of Californium-249 (²⁴⁹Cf) with Calcium-48 (⁴⁸Ca) . Oganesson (Og): The collision of Californium-249 with Calcium-48 results in the creation of Oganesson (Og), a highly radioactive noble gas with atomic number 118. It is a synthetic element. Radon (Rn): Radon is a naturally occurring noble gas and not formed in this reaction. Radium (Ra): Radium is a radioactive element, but not a noble gas. Xenon (Xe): Xenon is a naturally occurring noble gas, and it is not formed in this reaction either. The correct synthetically produced noble gas is Oganesson (Og) , so the correct answer is (C) .

Answer

<div>Radon</div>

Answer

<div>Radium</div>

Answer

<div>Oganesson</div>

Answer

<div>Xenon</div>

The synthetically produced radioactive noble gas by the collision of \(_{98}^{249}Cf\) with \(^{48}_{20}Ca\) is

The Correct Option is C

Solution and Explanation

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