Why Does Kinetic Energy Change After Collision in EENGA 2019 Question?

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Also, please don't post homework problems in text speak. Use proper English, spelling, grammar, and punctuation.In summary, a particle of mass m collides with a stationary particle of mass M, resulting in the two particles coalescing. The question asks for the expression that represents the total kinetic energy transferred to other forms of energy in the collision. The correct answer is B, and you were getting C as your answer. It would be helpful to see what you did to get C, so I can point out any errors.
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adz7861
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A particle of mass m has kinetic energy E when it collides with a stationary particle of mass M. The two particles coalesce. Which of the following expressions gives the total kinetic energy transferred to other forms of energy in the collision?

I keep getting C as my answer when the correct answer is B.
 
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What is answer C, how did you get it, and what is answer B?

I moved the thread to our homework section.
 

Related to Why Does Kinetic Energy Change After Collision in EENGA 2019 Question?

1. What is EENGA 2019 Momentum question?

EENGA 2019 Momentum question is a scientific question that was proposed at the EENGA (European Environmental and Geophysical Association) conference in 2019. It is a question that aims to address current issues and challenges in the fields of environmental and geophysical sciences.

2. What is the purpose of EENGA 2019 Momentum question?

The purpose of EENGA 2019 Momentum question is to encourage scientific inquiry and discussion among researchers and experts in the environmental and geophysical fields. It also aims to inspire new ideas and solutions for pressing environmental and geophysical issues.

3. How was the EENGA 2019 Momentum question chosen?

The EENGA 2019 Momentum question was chosen through a rigorous selection process by a panel of experts in the environmental and geophysical fields. The question was evaluated based on its relevance, novelty, and potential impact on the scientific community.

4. Can anyone participate in the EENGA 2019 Momentum question?

Yes, anyone who is interested and has knowledge in the environmental and geophysical sciences can participate in the EENGA 2019 Momentum question. This includes researchers, scientists, students, and professionals in related fields.

5. Is there a deadline for submitting answers to the EENGA 2019 Momentum question?

Yes, the deadline for submitting answers to the EENGA 2019 Momentum question is usually announced during the conference. However, the question remains open for ongoing discussions and research even after the conference has ended.

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