8:48 4a) Algebraically sum up A+B=C!b) Graphically add A + B (each box is 50 g). Be sure to label3. Addition of vectors. Vector r1 has a magnitude of 8.4 km and points due East.Vector r2 has a magnitude of 12.6 km and points due North.a. On the grid below, show the addition of r1 and r2 using the tip-to-tail method.Make sure to show the resultant vector on your diagram. Use a scale factor of 1km per grid line. Use a protractor and ruler to make sure your vectors have thecorrect magnitude and direction.b. Use a ruler to measure the length of your resultant vector. Use the scale factor toconvert this to a magnitude to km.c. Use a protractor to measure the direction of your resultant vector.d. Calculate the the sum of r1 and r2 in x and y component form using algebraicmethods.e. Find the magnitude of the resultant vector you calculated in part d.4. Addition of vectors. Vector r1 has a magnitude of 5.6 km and points due East.Vector r2 has a magnitude of 7.2 km and points due South. Vector r3 has amagnitude of 11.0 km and points due West. Vector r4 has a magnitude of 10.8 kmand points due North.a. On the grid below, show the addition of r1, r2, r3, and r4, using the tip-to-tailmethod. Make sure to show the resultant vector on your diagram. Use a scalefactor of 1 km per grid line. Use a protractor and ruler to make sure your vectorshave the correct magnitude and direction.b. Use a ruler to measure the length of your resultant vector. Use the scale factor toconvert this to a magnitude to km.Setup the following pulls on using your force table: A = ( 200 g, 0 g), B = (0, 300 g) c. Use a protractorto measure the direction of your resultant vector.Algebraically sum up A + B = C:Graphically add A + B (each box is 50 g). Be sure to label A, B, and C.c) Use a protractor to measure the direction of your resultant vectord. Calculate the the sum of r1, r2, r3, and r4 in x and y component form usingalgebraic methods.e. Find the magnitude of the resultant vector you calculated in part d.

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3. Addition of vectors. Vector r1 has a magnitude of 8.4 km and points due East. Vector r2 has a magnitude of 12.6 km and points due North. a. On the grid below, show the addition of r1 and r2 using the tip-to-tail method. Make sure to show the resultant vector on your diagram. Use a scale factor of 1 km per grid line. Use a protractor and ruler to make sure your vectors have the correct magnitude and direction. b. Use a ruler to measure the length of your resultant vector. Use the scale factor to convert this to a magnitude to km. c. Use a protractor to measure the direction of your resultant vector. d. Calculate the the sum of r1 and r2 in x and y component form using algebraic methods.

3. Addition of vectors. Vector r1 has a magnitude of 8.4 km and points due East. Vector r2 has a magnitude of 12.6 km and points due North. a. On the grid below, show the addition of r1 and r2 using the tip-to-tail method. Make sure to show the resultant vector on your diagram. Use a scale factor of 1 km per grid line. Use a protractor and ruler to make sure your vectors have the correct magnitude and direction. b. Use a ruler to measure the length of your resultant vector. Use the scale factor to convert this to a magnitude to km. c. Use a protractor to measure the direction of your resultant vector. d. Calculate the the sum of r1 and r2 in x and y component form using algebraic methods.

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter11: Angular Momentum

Section: Chapter Questions

Problem 11.3OQ: Let us name three perpendicular directions as right, up, and toward you as you might name them when...

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