This is the work i've done. I need to use my results to:1) determine the components of the resultant2) draw a rough sketch of the resultant vector using the components count ^3) calculate the resultant magnitude^4) calculate the resultant direction in polar positive^

BY = 132 9mis c) Using your results fro Physics 20: Mrs. Tyler Assignment 3 vector. Unit A Module 2, Lesson 2: Vectors and Cartesian and : - 65:9 m/s +77 Navigational Directions = 32.9 mis Lesson 1 of this assignment is worth 37 marks. The value of each question is noted in the len margin in parentheses. = - 37.8 mls = - 106 5. d) Use the vectors below to answer parts a-f, which walk you through the steps of V1 37 numerical vector addition. Show all necessary work including calculations, vectors diagrams, and directions (polar positive notation.) Vector 1: 75 . Vector 2: 120 m/s [325] a) Sketch a rough vector diagram for Vector 1, and use your sketch to calculate its V 1 : 75. 5m /s [ 210 . ] Lo polow Reference 9 = 210 - 180 ' positive components. = 30 (2) Vx = cos ( B ) . V Vx = cos (30') - 75. Sm/s Vx = 65. 3849... m/s ( left ) 180' - X - x 3boo V x- - 65.4 m/s 30' Vx A - louis = hin Vy = sin ( 30) . 75. 5m Is Ny Vy = 37.75 m/s - - 37.8 m/s ( down ) 270' b) Sketch a rough vector diagram for Vector 2, and use your sketch to calculate its components. V2 = 120 m/s [325.] wpolar positive Reference @ = 360 - 325 0 = 350 Vx = cos( 8 ) . V VX = cos ( 35 . ) . 120 m /s Vx = 98. 2982 ... m / S Vx= +98.3 m/s 18:08 - X X 560 35 Vy = sin (6 ) . 120 m/s vy Vy = sin (350). 120m/s Vy = 68. 82917 ... m /s ( down) Vx - y Va Vy= - 68.8 m/s 2700 @ ADLC All Rights Reserved (2019)