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Questions and Answers
What happens to the bone crystal if the electrical forces can no longer hold it in place?
What happens to the bone crystal if the electrical forces can no longer hold it in place?
Why does the bone crystal stay in place?
Why does the bone crystal stay in place?
What is the result of the destruction of bone crystal by cancer?
What is the result of the destruction of bone crystal by cancer?
What is responsible for holding the bone crystal in place?
What is responsible for holding the bone crystal in place?
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What can cause the bone crystal to be destroyed?
What can cause the bone crystal to be destroyed?
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According to Newton's law, what is the relationship between gravitational force and distance?
According to Newton's law, what is the relationship between gravitational force and distance?
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What is the direction of the gravitational force between two objects?
What is the direction of the gravitational force between two objects?
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What is the effect of gravitational force on the motion of an object?
What is the effect of gravitational force on the motion of an object?
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Which of the following is an effect of gravitational force?
Which of the following is an effect of gravitational force?
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What is the force that acts between any two objects with mass?
What is the force that acts between any two objects with mass?
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What is the characteristic of the stronger nuclear force?
What is the characteristic of the stronger nuclear force?
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What is the main difference between the strong and weak nuclear forces?
What is the main difference between the strong and weak nuclear forces?
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Which process is the weak nuclear force involved in?
Which process is the weak nuclear force involved in?
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What is the role of the strong nuclear force in the nucleus?
What is the role of the strong nuclear force in the nucleus?
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What is the relationship between the strong nuclear force and the protons and neutrons in the nucleus?
What is the relationship between the strong nuclear force and the protons and neutrons in the nucleus?
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What happens if the disc is overloaded in a lifting accident?
What happens if the disc is overloaded in a lifting accident?
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What can cause pain after a disc rupture?
What can cause pain after a disc rupture?
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What can happen to the materials inside the disc after a rupture?
What can happen to the materials inside the disc after a rupture?
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What is a possible consequence of overloading a disc?
What is a possible consequence of overloading a disc?
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Why is it important to lift properly?
Why is it important to lift properly?
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What is the purpose of the electric power in the human body?
What is the purpose of the electric power in the human body?
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What is the percentage of electric power used for muscle movement?
What is the percentage of electric power used for muscle movement?
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What is the name of the process by which electric power is generated from the human body?
What is the name of the process by which electric power is generated from the human body?
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What is the voltage of the electric power generated by the human body?
What is the voltage of the electric power generated by the human body?
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What is the current of the electric power generated by the human body?
What is the current of the electric power generated by the human body?
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What is the role of the cell membrane in generating electric power?
What is the role of the cell membrane in generating electric power?
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What is the term used to describe the electric power generated by the human body?
What is the term used to describe the electric power generated by the human body?
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What is the significance of the electric power generated by the human body?
What is the significance of the electric power generated by the human body?
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Study Notes
Effects of Gravitational Force
- The force of gravity can cause bones to stay in place until electrical forces can no longer hold them.
- There are two types of gravitational forces:
- Electrostatic force (EF)
- Magneto-static force (MF)
Effects of Gravitational Force on the Body
- The force of gravity can cause the body to compress, which can lead to various effects, such as:
- The spine can compress, causing the vertebrae to compress and potentially leading to cancer.
- The body can compress, causing the vertebrae to compress, leading to a decrease in height.
- The force of gravity can cause the body to weigh around 105 N, which can lead to various effects on the body.
- The force of gravity can cause the body to compress, leading to a decrease in height and potentially causing the spine to bend.
Weaker Nuclear Force
- The weaker nuclear force is involved in electron (beta) decay from the nucleus.
- The weaker nuclear force is responsible for holding quarks together inside protons and neutrons.
- This force is weaker than the strong nuclear force but stronger than the electromagnetic force.
Forces on the Body
- If the disc is overloaded in a lifting accident, it can rupture, causing pain either from the rupture or by allowing irritating materials from inside the disc to leak out.
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Description
This quiz explores the relationship between bone cancer and electrical forces. It delves into how cancer affects the bone crystal and its impact on the electrical forces that hold it in place.