Podcast
Questions and Answers
Which of the following best describes the emission of any massive, charged, energetic particle or wave energy from a point energy source to the environment in the directions of radii?
Which of the following best describes the emission of any massive, charged, energetic particle or wave energy from a point energy source to the environment in the directions of radii?
- Reflected
- Radiance (correct)
- Radiation biophysics
- Radiate
What term is used to describe the changes in energy parameters of radiation when particle or wave nature energy is applied to a biological system?
What term is used to describe the changes in energy parameters of radiation when particle or wave nature energy is applied to a biological system?
- Passing
- Reflected
- Scattered
- Interaction (correct)
In which scenario is information about the macro or microstructure of the biological system extracted by interpreting the changes in the radiation parameters?
In which scenario is information about the macro or microstructure of the biological system extracted by interpreting the changes in the radiation parameters?
- Classifying
- Physical therapy
- Radiate
- Radiodiagnostic (correct)
Which term best describes the process of changing the biological system positively, such as in radiotherapy or physical therapy?
Which term best describes the process of changing the biological system positively, such as in radiotherapy or physical therapy?
What is the term for the emission of any massive, charged, energetic particle or wave energy from a point energy source to the environment in the directions of radii?
What is the term for the emission of any massive, charged, energetic particle or wave energy from a point energy source to the environment in the directions of radii?
Which term refers to the classification in the context of changes in energy parameters of radiation when particle or wave nature energy is applied to a biological system?
Which term refers to the classification in the context of changes in energy parameters of radiation when particle or wave nature energy is applied to a biological system?
What type of radiation is characterized by x-ray and alpha ray?
What type of radiation is characterized by x-ray and alpha ray?
According to the nature of light, who proposed the idea that light is a wave?
According to the nature of light, who proposed the idea that light is a wave?
Which physicist is credited with the discovery of the photoelectric phenomena?
Which physicist is credited with the discovery of the photoelectric phenomena?
What does the symbol 'c' represent in the equation $c = \lambda f$?
What does the symbol 'c' represent in the equation $c = \lambda f$?
According to Bohr's postulates, when does an electron not release energy due to its accelerated motion on the orbit?
According to Bohr's postulates, when does an electron not release energy due to its accelerated motion on the orbit?
In Bohr's model of the hydrogen atom, what must be equal to exact multiples of the wavelength of the wave accompanying the electron?
In Bohr's model of the hydrogen atom, what must be equal to exact multiples of the wavelength of the wave accompanying the electron?
What series is characterized by transitions from higher energy levels to the n=1 level in hydrogen atoms?
What series is characterized by transitions from higher energy levels to the n=1 level in hydrogen atoms?
What quantity is represented by 'E' in the equation $E = E_{higher} - E_{lower}$ for emission and absorption of light?
What quantity is represented by 'E' in the equation $E = E_{higher} - E_{lower}$ for emission and absorption of light?
'Pachen', 'Balmer', and 'Lyman' are associated with which aspect of atomic physics?
'Pachen', 'Balmer', and 'Lyman' are associated with which aspect of atomic physics?
$E = mc^2$ equation is associated with which physicist's work?
$E = mc^2$ equation is associated with which physicist's work?
