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Follow up from our first two labs Final Applied Lab Assessment Part 3 (FALA3): Revision, Depth and Finalization: Refer to your DRAFT Hypothesis and Design. Review the "Scientific Method Tutorial" (all six parts) found in "Science Learning Center" in "Course Resources" in the "Course Content" area of our electronic LEO classroom. Did you apply these concepts to your process? Some questions to consider are below, others can be found in your review of the "Scientific Method Tutorial." The main goal for this task is for you to recast your DRAFT into a final high quality document. The questions below are meant to help you identify items that may need further revision. Is your hypothesis testable? Can it provide predictions that are testable? Can it potentially be shown to be false by further observations or experimentation? Was your experiment designed to disprove your hypothesis? What are the variables in your experiment? How many variables are there? Have you controlled for all of these influences? Are there practical limits for the experiment? Are there variables for which you cannot control? If you did this experiment, what do you think the results would be? Why do you think this? In your conclusions, did you avoid using language such as "the experiment proved the hypothesis." Research: Conduct informational research on the topic. Summarize the results of this literature search and include references. Can you find experiments that have been conducted that have an experimental design similar to yours? If possible, conduct the experiment or some part of the experiment. Collect preliminary data. (Optional, Not Required) Submit this final assignment as a document to the Assignments Folder. The submission should demonstrate that you have addressed all questions and reflections posed to you in all parts of this project and should at least include: a personally relevant interesting question, with a discussion as to why the question is meaningful to you. . The question should have at least one connection, clearly identified, to a physical science concept. a properly formed hypothesis an experimental design, with discussions of testability, variables, controls, and limitations suggestions of what the data might look like if the experiment was conducted conclusions based upon these potential data results Results of a search of the literature Evaluation/Rubric FALA3 will be scored based upon the General Rubric. This general rubric encourages you to strive to demonstrate maximum understanding and not just meet minimum requirements. Make it R.EA.L. -- Reach. Expand. Achieve. Learn. FALA3 is worth 80 % of the overall project grade. FALA Score Value Chart FALA Part Percent of Total Value (%) Maximum Points Possible Part 1 10 3 Part 2 10 3 Part 3 80 24 Total 100 30
It eventually launches horizontally off of the table and takes the path of a projectile until it hits the ground 40 centimeters from the edge of the table.
An 6.70-cm-diameter, 300g sphere is released from rest at the top of a 1.60-m-long, 19.0 degree incline. What is the sphere's angular velocity at the bottom of the incline
A bar magnet with its north pole pointing toward a coil of wire with a cross-sectional area of 0.020 m2, find the magnitude of the induced emf in the coil of wire
Find out the magnitude of the wind velocity. Find the direction of the wind velocity.If the wind velocity is 39 due south, in what direction should the pilot set her course to travel due west? Use the same airspeed of 213 .
A 1.63 kg block of ice is sliding by you on a very slippery floor at m/s. As it goes by, you give it a kick perpendicular to its path. Your foot is in contact with ice block for 0.005 seconds. The block eventually slides at the angle of 24 degre..
A car moves along the x-axis in the positive direction. Find the sign (+,-) of the velocity and acceleration of the car for each situation: 1. The car moves AWAY from the origin and gets FASTER 2.
A microscope uses an eyepiece with a focal length of 1.65 cm . Using a normal eye with a final image at infinity, What is the magnification of the microscope
Two physical pendulums (not simple pendulums) are made from meter sticks that are suspended from the ceiling at one end. Determine the period of the wood pendulum
Two spectators at a soccer game in Montjuic Stadium see, and a moment later hear, the ball being kicked on the playing field. How far is each spectator from the player
As a 5-kg block travels around a 0.6-m radius circle it has an angular speed of 14 rad/s. find The magnitude of its angular momentum around the origin
two identical loudspeakers connected to a single audio amplifier are 5.0 m apart. the speakers at what spatial period does the intensity vary
Clifford is in a real hurry, however, and skips the speed ramp. Starting from rest with an acceleration of 0.49 m/s2, he covers the same distance as the ramp does, but in one-fourth the time. What is the speed at which belt of the ramp is moving.
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