I need the to explain the given value : mx = 7.0164 (how he got it) Ep out and Ep in what does it mean Q = what is it 7.5 Mev in the question what it represent 2.186 Mev in question = ? What is it What is the use of decay equation in this wuestion Second time sent !!!!!
I need the to explain the given value : mx = 7.0164 (how he got it) Ep out and Ep in what does it mean Q = what is it 7.5 Mev in the question what it represent 2.186 Mev in question = ? What is it What is the use of decay equation in this wuestion Second time sent !!!!!
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![I need the to explain the given value : mx
= 7.0164 ( how he got it) Ep out and Ep
in what does it mean Q = what is it 7.5
Mev in the question what it represent
2.186 Mev in question = ? What is it
What is the use of decay equation in this
wuestion Second time sent !!!!!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3b523eae-b306-4618-9af6-895f46f38625%2F2807dc2c-449d-4aa5-9cba-9b5b104369d7%2F22tmbh4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:I need the to explain the given value : mx
= 7.0164 ( how he got it) Ep out and Ep
in what does it mean Q = what is it 7.5
Mev in the question what it represent
2.186 Mev in question = ? What is it
What is the use of decay equation in this
wuestion Second time sent !!!!!
![Plz Answer the following.
in-clastically scattered protons at 90° when the Lt is left in its first excited state
the energy of the elastically scattered protons at 90°7 (b) What is the energy of the
A In Coulomb scattering of 7.50-MeV protons by a target of Li + p→ Li + p, what is
(2.186 MeV)?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3b523eae-b306-4618-9af6-895f46f38625%2F2807dc2c-449d-4aa5-9cba-9b5b104369d7%2Fgqnaj1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Plz Answer the following.
in-clastically scattered protons at 90° when the Lt is left in its first excited state
the energy of the elastically scattered protons at 90°7 (b) What is the energy of the
A In Coulomb scattering of 7.50-MeV protons by a target of Li + p→ Li + p, what is
(2.186 MeV)?
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