1. Vectors sketched on 2-D coordinate system (*, y graph). Draw roughly to scale. Use a straight edge.2. Vector table with all vectors and vector components listed.3. Calculations of resultant magnitude and angle. Show all work!4. Boxed in resultant vector. This must include magnitude with units and direction angle.(Note: make sure you are indicating the direction angle and NOT a reference angle.)

PHY-221: Physics ISpring 2023 Lab #SVector Addition Overview This lab is intended to introduce vector addition by the component method and uses an online simulation to verify results. Instructions For Cases 1-8 listed below, calculate the resultant vector. Your submitted work should be done by hand in pencil and neatly sketched and labeled. Submit calculations and sketches on paper for each case following the example specied in lab. Each case must include the following: 1. Vectors sketched on 2-D coordinate system (I, y graph). Draw roughly to scale. Use a straight edge. 2. Vector table with all vectors and vector components listed. 3. Calculations of resultant magnitude and angle. Show all work! 4. Boxed in resultant vector. This must include magnitude with units and direction angle. (Note: make sure you are indicating the direction angle and NOT a reference angle.) Before submitting your work, check your answers in each case using \"EXPLORE 2D\" on the PHET vector addition simulation htlps:..-".-"phet.colorado.edu.-"sims.-"html.-"vector additiom"latests'vectoraddition_en.litml. This will help find mistakes and ensure a perfect score on this lab! mm mm _