8. (1 Point) Suppose you set up the experiment so that the plate is ejecting electrons....
Problem (8 points) For the Photoelectric Effect experiment shown, when ultraviolet light with a wavelength of 240 nm shines on a particular metal plate, electrons are emitted from plate 1, crossing the gap to plate 2 and causing a current to flow through the wire connecting the two plates. The battery voltage is gradually increased until the current in the ammeter drops to zero, at which point the battery voltage is 1.40 V plate 2 AV incident ◇e electrons Tammeter...
PHYS-1200/1250 Lab Manual Section Name 2) Return the simulation to (400 nm, Sodium target, Intensity 100%, Voltage=0V). Click on the box to enable graphing of the current vs battery voltage. Sweep the battery voltage from -8 to +8 V. Rescale the plot on the screen so you can clearly see the behavior, a) Sketch the plot in the box to the right. b) Circle the point that corresponds to the stopping potential c) Why do you think the current stops...
Question 1 (1 point) If light with a frequency below the cutoff frequency for a certain metal hits that metal: Question 1 options: electrons will be ejected after the intensity of the light reaches a certain value no electrons will be ejected electrons will be ejected, but will fall back to the metal the light will be re-radiated by the metal I don't know. Question 2 (1 point) One electron-volt is equivalent to Question 2 options: 1 J 1 V...
i need help with activity 2. i thought a would be the speed increases as the battary increases. but for b and c i am very confused. PHOTOELECTRIC EFFECT LAB Enter your answers to Canvas. Objectives: The main objective of this lab is to observe the photoelectric effect experiment qualitatively. From the observations, you will summarize the important relationship between the properties of the photoelectrons (average speed, kinetic energy) to the properties of the incident light (wavelength, frequency). You will...
1. If light with a frequency below the cutoff frequency for a certain metal hits that metal: Question 1 options: electrons will be ejected after the intensity of the light reaches a certain value no electrons will be ejected electrons will be ejected, but will fall back to the metal the light will be re-radiated by the metal I don't know. 2. One electron-volt is equivalent to Question 2 options: 1 J 1 V 1.6 x 10^-19 J 1.6 x...
*showing work is not required Question 5 (1 point) In the Photoelectric Effect, decreasing the intensity (amplitude) of light: Question 5 options: Increases the energy of ejected electrons. Decreases the energy of ejected electrons. Increases the current in the circuit. Decreases the current in the circuit. Question 6 (1 point) Electrons would be ejected from silver if the incident light had a frequency of: Question 6 options: 1.03 x 1015 Hz 1.02 x 1015 Hz 1.01 x 1015 Hz None...
Section_ PHYS. I 2001 250 Lab Manual 2018 Name 31A- Experiment: AC Circuits D Circuit A: A sinusoidal voltage of constant amplitude V IV and varying frequency is applied to two resistors in series. For the circuit to the right,F sketch your anectlou Grnerater prediction for the amplitude of the voltage across the Ry resistor R/2). SHOW WORK! CIRCUITI as a function of frequency (Let R 2) Circuit B: A sinusoidal voltage of constant amplitude Vo- IV and varying frequency...