X P Announcements & Course X + work #9 - sections 84 & 8.5 - Opera com/Student/PlayerHomework.aspx ng 2024 (1) elsey Thomas 04/08/24 8:23 PM @ Homework #9 - Question 13, 8.5.27 HW Score: 38 24%, 6.5 of 17 4 & 8.5 Part 1 of 2 points Points: 0 of 1 Save estion 4 (0/1 A boat heads 340, p K- 34 , propelled by a force of 700 lb. A wind estion 8 (0/1) from 3190 exerts a force of 200 lb on the boat. How 200 large is the resultant force F, and in what direction is the estion 12 (0/ boat moving? estion 16 (0/1) The magnitude of the resultant force F is ||ib (Round to the nearest integer as needed.) hs I've this View an example Get more help - Clear all Check answer Searchctions 84 & 8.5 - Opera X t/PlayerHomework.aspx Kelsey Thomas 04/08/24 8:23 PM work #9 - Question 12, 8.5.23 HW Score: 38 24%, 6.5 of 17 Part 1 of 2 points Points: 0 of 1 Save stion 4 (0/1) "The magnitudes of vectors u and v and the angle 0 estion 8 (0/1) K- between the vectors are given. Find the sum of u + v. stion 12 (0/1) Jul = 24, Iv| = 43, 0 = 20 estion 16 (0/1) The magnitude of u + v is Round to the nearest tenth as needed. View an example Get more help - Clear all Check answer Q Search NEXT- sections 84 & 8.5 - Opera X dent/PlayerHomework.aspx 4 (1) Kelsey Thomas 04/08/24 8:23 PM ework #9 . Question 11, 8.5.17 HW Score: 38.24%, 6.5 of 17 5 Part 1 of 2 points Points: 0 of 1 Save stion 4 (0/1 ind the sum of u + v. given that | u| = 44, |v| = 39, and 0 - 909, where 0 is the angle between u and v. Give the estion 8 (0/1) magnitude to the nearest tenth and give the direction by specifying to the nearest degree the angle that the stion 12 (0/1) resultant makes with u. estion 16 (0/1) The magnitude of utv is (Round to the nearest tenth.) View an example Get more help - Clear all check answer O NEXT Searchections 84 & 8.5 - Opera X nt/PlayerHomework.aspx (1) Kelsey Thomas s 04/08/24 8:23 PM work #9 - Question 10, 8.5.13 HW Score: 38 24%, 6.5 of 17 Part 1 of 2 points Points: 0 of 1 Save stion 4 (0/1) K Two forces of 36 N (newtons) and 49 N act on an object at right angles. Find the magnitude of the resultant and the estion 8 (0/1) angle that it makes with the smaller force. stion 12 (0/1) stion 16 (0/1) The magnitude of the resultant is |Newtons. (Round to the nearest integer as needed.) View an example Get more help , Clear all Check answer Search EPIC