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If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV?
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Energy required to remove one electron from He atom:
The energy required to remove one of the two electrons from a helium (He) atom is given as 29.5 eV.
Conversion of a helium atom into an alpha particle:
An alpha particle is essentially a helium nucleus, consisting of two protons and two neutrons. To convert a helium atom into an alpha particle, two electrons need to be removed from the helium atom, leaving behind the two protons and two neutrons.
Calculating the energy required to convert a helium atom into an alpha particle:
Since the energy required to remove one electron from a helium atom is 29.5 eV, to remove two electrons (to convert it into an alpha particle), we need to double this energy.
29.5 eV * 2 = 59 eV
Therefore, the energy required to convert a helium atom into an alpha particle is 59 eV.
Answer:
The correct option is not provided in the given choices. The actual value of the energy required to convert a helium atom into an alpha particle is 59 eV.
The energy required to remove one of the two electrons from a helium (He) atom is given as 29.5 eV.
Conversion of a helium atom into an alpha particle:
An alpha particle is essentially a helium nucleus, consisting of two protons and two neutrons. To convert a helium atom into an alpha particle, two electrons need to be removed from the helium atom, leaving behind the two protons and two neutrons.
Calculating the energy required to convert a helium atom into an alpha particle:
Since the energy required to remove one electron from a helium atom is 29.5 eV, to remove two electrons (to convert it into an alpha particle), we need to double this energy.
29.5 eV * 2 = 59 eV
Therefore, the energy required to convert a helium atom into an alpha particle is 59 eV.
Answer:
The correct option is not provided in the given choices. The actual value of the energy required to convert a helium atom into an alpha particle is 59 eV.
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If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV?
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If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV?.
If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If energy required to remove one of the two electrons from He atom is 29.5 eV,then what is the value of energy required to convert a helium atom into alpha particle? 1)54.4eV 2)83.9eV 3)29.5eV 4)24.9eV?.
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