Question: This is not a project and/or assignment for marks, as theses are textbook questions, and will not be copying the tutors work/answers. Please answer all
This is not a project and/or assignment for marks, as theses are textbook questions, and will not be copying the tutors work/answers. Please answer all the questions in the space provided and in full details. Answer in complete sentences. Take as much time as needed to answer all of the questions correct please and thank you.
Will write a very neat and wonderful review afterwards. DO NOT COPY AND PASTE OTHER PEOPLES WORK. REFERENCE IS ALREADY PROVIDED TO YOU.


Question 1 proposed that light energy is radiated in discrete bundles with quantities directly related to the frequency of the light. Question 2 proposed that two events that are simultaneous in one inertial frame of reference are not necessarily simultaneous in another inertial frame of reference. Question 3 proposed that photons, even though they do not have mass, have momentum. Question 4 proposed that if photons have wave properties, all moving objects can have wave properties. Question 5 Events may seem to take longer to an observer who is in motion with respect to an event. True or False? Question 6 The length of an object may seem longer to an observer who is in motion with respect to that length. True or false? Question 7 There are no experimental records indicating that time dilation actually happens. True or False? Question 8 Rest mass and energy are equivalent. True or False? Question 9 Electromagnetic energy is transmitted via massless particles called Question 10 Light that is incident on a metallic surface can only cause the release of electrons if its is above the threshold. Question 11 The energy with which a metal binds an electron to its surface is referred to as the metal's Question 12 The currently accepted model of light is the Question 13 The value of 6.63 x 10'34 J-s is known as Question 14 Awave of frequency 6.67 x 1014 Hz has photons with energy J. Question 15 An energy of 4.42 x 10'19 J is equivalent to eV. Question 16 A photon with a momentum of 1.33 x 10'27 kg - m/s has a wavelength of nm
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