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Answer the following questions using ONE sentence: a. How is the magnitude of the applied force and the spring force, also known as the restoring force related? b. Do the applied force and spring force act along the same direction? c. Does a higher value of k result in a stiffer/less stretchy spring, or a less stiff/more stretchy spring? d. How is the displacement and applied force related? e. How does the proportionality region change in the Hooke's law graph change with respect to increase in spring constant, k?

Answer the following questions using ONE sentence: a. How is the magnitude of the applied force and the spring force, also known as the restoring force related? b. Do the applied force and spring force act along the same direction? c. Does a higher value of k result in a stiffer/less stretchy spring, or a less stiff/more stretchy spring? d. How is the displacement and applied force related? e. How does the proportionality region change in the Hooke's law graph change with respect to increase in spring constant, k?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Spring constant(N/m) – 1000 Spring constant(N/m) – 1000 E Untited Graph desmos Leg in n 0.006 10 0010 15 20 0.020 25 0.025 Displacement (m) 30 0.030 35 0.035 40 0.040 04 45 02 20 20 40 60 100 120 140 • Applied force(N) TERS .001 42 Answer the following questions using ONE sentence: a. How is the magnitude of the applied force and the spring force, also known as the restoring force related? b. Do the applied force and spring force act along the same direction? c. Does a higher value of k result in a stiffer/less stretchy spring, or a less stiff/more stretchy spring? d. How is the displacement and applied force related? e. How does the proportionality region change in the Hooke's law graph change with respect to increase in spring constant, k?
Transcribed Image Text:Spring constant(N/m) – 1000 Spring constant(N/m) – 1000 E Untited Graph desmos Leg in n 0.006 10 0010 15 20 0.020 25 0.025 Displacement (m) 30 0.030 35 0.035 40 0.040 04 45 02 20 20 40 60 100 120 140 • Applied force(N) TERS .001 42 Answer the following questions using ONE sentence: a. How is the magnitude of the applied force and the spring force, also known as the restoring force related? b. Do the applied force and spring force act along the same direction? c. Does a higher value of k result in a stiffer/less stretchy spring, or a less stiff/more stretchy spring? d. How is the displacement and applied force related? e. How does the proportionality region change in the Hooke's law graph change with respect to increase in spring constant, k?
Spring constant(N/m) - 100 E Untited Graph desmos Log Sign Up 12 10 0.1 15 0.15 04 20 0.2 Applied force(N) 06 25 0.25 30 35 0.35 40 0.4 0.4 45 0.45 02 mI +e 20 20 40 60 100 120 140 • Displacement (m) RAETER -0.01 02 W. 10,0.6) Spring constant(N/m) – 500 = Untitied Graph desmos Leg in er ign Up 12 0010 10 0.020 15 0.030 20 0040 Displacement (m) 04 25 0.050 30 000 35 0.070 40 04 45 0.090 02 N -mx, +e STmcs S plot 20 40 60 100 120 140 • Applied force(N) ARAETER 0.002 02
Transcribed Image Text:Spring constant(N/m) - 100 E Untited Graph desmos Log Sign Up 12 10 0.1 15 0.15 04 20 0.2 Applied force(N) 06 25 0.25 30 35 0.35 40 0.4 0.4 45 0.45 02 mI +e 20 20 40 60 100 120 140 • Displacement (m) RAETER -0.01 02 W. 10,0.6) Spring constant(N/m) – 500 = Untitied Graph desmos Leg in er ign Up 12 0010 10 0.020 15 0.030 20 0040 Displacement (m) 04 25 0.050 30 000 35 0.070 40 04 45 0.090 02 N -mx, +e STmcs S plot 20 40 60 100 120 140 • Applied force(N) ARAETER 0.002 02
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