Hooke’s Law and SHM Lab Lab Report Introduction Provide some background information on the topic (Hooke’s Law, SHM, ideal springs vs real springs). Explain the important concepts and cite the sources (APA style citations, in-text and in Bibliography) (No longer than 1 page, 1.5 lines separation) Purpose Hypothesis (How do you think the force constants […]
Compare the time that it takes the transmitting electron to complete one full cycle of motion to the time it takes the receiving electron to complete one full cycle of motion.
Radio Waves Download and run the PhET Radio Waves and EM Field simulation. Use the simulation to answer the following questions. Select the following simulation settings: manual, full field, electric field, and static field. Record your observations. Move the electron down the antenna. Record your observations. Move the electron back to its starting position. Change […]
Create a short story about two objects in space (could be an astronaut, spaceship, comet, planet, etc). Using the law of gravitation determine the value of the force of the gravitational attraction between them.
Assignment: Short Story Create a short story about two objects in space (could be an astronaut, spaceship, comet, planet, etc). Using the law of gravitation determine the value of the force of the gravitational attraction between them. The variables are explained in lesson 7 and the law of gravitation formula is F = G m1m2/d2
Which way did you move the glass to get it to focus, and why can’t all the images be sharp at the same time? What features of the lens determine the sizes of those images?
LAB ASSIGNMENT There are many household devices that manipulate light, and one of the most familiar is a magnifying glass. A magnifying glass bends light rays toward one another as they pass through it. In this chapter, we’ll see how a simple converging lens of this sort can magnify an object or cast its image […]
If a piston/cylinder with a cross-sectional size of 0.01 m2 is resting on the stops, what should the water pressure be to lift the piston with an outside pressure of 100 kPa?
Engineering thermodynamics A piston/cylinder contains carbon dioxide at 300 kPa, 100°C with a volume of 0.2 m^3. Weights are added at such a rate that the gas compresses according to the relation PV^1.2 = constant to a final temperature of 200°C. Find the work done during the process. A cylinder/piston contains 1kg methane gas at […]
Based on your economic analysis, would you recommend that the ion exchange unit should be installed to the metal plater? Why?
Engineering Economics and Pollution Prevention You are working for a factory and have been asked to assess the economic impacts of implementing a new pollution prevention program at the factory. The factory managers required you to design the program so that the production from the factory is not reduced by the pollution prevention program. Currently, […]
Derive nonlinear refractive indices for the two orthogonal linear polarizations. From your result, will a linearly polarized input wave experience rotation of polarization? Why?
Nonlinear optics In Lecture 11, we analyzed nondegenerate optical parametric ampli cation (NOPA) under the undepleted-pump approximation and assuming no linear loss for all lightwaves involved. In practice, however, the linear losses could be significant. Let Γs and Γi be the linear loss coefficients per unit length for the signal and the idler waves, respectively, […]
Use the link below to complete a total of 7 Statistics Tests that are 12 questions each.
Statistics Tests Complete a total of 7 Statistics Tests that are 12 questions each. Do two assignments in excel attach below. To access the test use this link https://bbprod.hvcc.edu/webapps/portal/execute/tabs/tabAction?tab_tab_group_id=_12_1 Click the arrow on the upper right corner and select the course Fall 2022 Statistics. Then on the left hand side select “Instructional Modules”. Test one […]
Find the volume and surface area of the parallelepiped having adjacent edges defined by A(1, 2, 5), B(4, 8, 1), C( — 3, 2, 3), D(0, 3, 9).
Linear Algebra Part I: Say TRUE or FALSE in the space provided [Each worth 1pt.] 1. Vector is a physical quantity that is described by its direction. 2. For any two vectors ii = u2) and .147 = (v1, v2) in 118z , u = v if u1 = v1 and u2 3. Any column […]
Based on your research in Part (a) and what you learned in class, decide on a type of ballot and voting method you would choose to have for the presidential election.
Methods Voting There are many types of ballots used in real-life elections, ranging from the simple (winner only) to the exotic (each voter has a fixed number of points to divide among the candidates any way he or she sees fit). (a) Research other types of ballots; how, where, and when they are used; and […]