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3 years ago

Part A

Physics

1 answer:

forsale [732]3 years ago

8 0

Answer:

Explanation:

A )

$L_{max} = \sqrt{l(l+1)}$ ℏ

where l is orbital quantum number

l = n-1 where n is principal quantum no

Given n = 7

l = 7 - 1 = 6

$L_{max} = \sqrt{6(6+1)}$ ℏ

= 6.48ℏ

Here

n = 26

l = 26 - 1

= 25

$L_{max} = \sqrt{25(25+1)}$ ℏ

= 25.49ℏ

= 25.5ℏ

C )

n = 191

l = 191 - 1

190

$L_{max} = \sqrt{190(190+1)}$

= 190.499ℏ

= 191ℏ

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alexgriva [62]

Answer:

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Explanation:

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When white light shines on a bubble, strange things happen. When light waves hit a bubble, some of them bounce straight back off the outer part of the soap film. Others carry on through but then bounce off the inner part of the film. So one set of light rays shine into a soap bubble, but two sets of rays come back out again. When they emerge, the waves that bounce off the inner film have traveled a tiny bit further than the waves that bounced off the outer film. So we have two sets of light waves that are now slightly out of step. Like two sets of ripples on a pond, these waves start merging. Just like on a pond, some add together and some cancel out. The overall effect is that some of the colors in the original white light disappear altogether, leaving other colors behind. These are the colors you see in soap bubbles.

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4 years ago

A 27.0 g marble sliding to the right at 56.8 cm/s overtakes and collides elastically with a 13.5 g marble moving in the same dir

Nataly [62]

Answer: $v_1=28.4 cm/s$

Explanation:

Given

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3 years ago

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laila [671]

Answer:

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4 years ago

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4 years ago

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mote1985 [20]

Answer:

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