Question

The electrons cannot exist inside the nucleus because
(a) de-Broglie wavelength associated with electron
in β -decay is much less than the size of nucleus
(b) de-Broglie wavelength associated with electron
in β -decay is much greater than the size of
nucleus
(c) de-Broglie wavelength associated with electron
in β -decay is equal to the size of nucleus
(d) negative charge cannot exist in the nucleus

Answer 1

If the end A of a wire is irradiated with α -rays and the other

end B is irradiated with β -rays. Then

(a) a current will flow from A to B

(b) a current will flow from B to A

(c) there will be no current in the wire

(d) a current will flow from each end to the mid-point

of the wireThe electrons cannot exist inside the nucleus because

(a) de-Broglie wavelength associated with electron

in β -decay is much less than the size of nucleus

(b) de-Broglie wavelength associated with electron

in β -decay is much greater than the size of

nucleus

(c) de-Broglie wavelength associated with electron

in β -decay is equal to the size of nucleus

(d) negative charge cannot exist in the nucleus}}{//;:'"?~||₹₹_-++×÷÷÷=)))((***&&^^%%$$#@@!!(÷}{/;:%^×{/;::'"~?!™¡♀【♀◆●●●○◇◇●◆

Answer 2

Answer:

the correct answer is d please follow me and add brainlist