Using the component method, determine the resultant force and theequilibrant force of each of the following sets of concurrent forces.1. F₁ = 380 N @ 50⁰ N of EF2 = 650 N @ 22⁰ E of SF3 = 720 N West3. FA = 20 lb SАFB = 24 lb NEFc = 16 lb WestFD = 25 lb @ 32º E of SAFOLLOW THE FORMAT BELOWExample 2:F₁ = 200 d WestF₂ = 300 d @ 35⁰ W of NF3 = 250 d SEF₁ = 450 d @ 80⁰ S of WΣFx-200 (West)300(sin 35⁰)=-172 (West)250(cos 45°)= +177 (East)450(cos 80°)= -78.1 (West)2. F₁ = 332 d @ 35⁰ W of NF2 = 420 d @ 75⁰ E of NF3 = 108 d SW-273 (West)Fy0300(cos 35°)=+246 (North)45⁰= -177 (South)450(sin 80°)=-443 (South)-374 (South)SketchF₁ = 200 dF₂=300 dFAY!F3-250 d45⁰Ft80⁰35⁰1 F2yF3vF4=150 dANSWER NO. 3 ONLY

Name: Using the component method, determine the resultant force and theequi
Uploaded: 2024-03-20T06:56:46.000Z
Channel: Bartleby
Description: Using the component method, determine the resultant force and theequilibrant force of each of the following sets of concurrent forces.1. F₁ = 380 N @ 50⁰ N of EF2 = 650 N @ 22⁰ E of SF3 = 720 N West3. FA = 20 lb SАFB = 24 lb NEFc = 16 lb WestFD = 25

Force is vector quantity which is added up by using parallelogram law of vector addition or triangle…

Science

Physics

Using the component method, determine the resultant force and the equilibrant force of each of the following sets of concurrent forces. 1. F₁ = 380 N @ 50⁰ N of E F₂= 650 N @ 22º E of S F3 = 720 N West 3. FA = 20 lb S FB FC = 16 lb West FD = 24 lb NE = 25 lb @ 32° E of S 2. F₁ = 332 d @ 35⁰ W of N F2 = 420 d @ 75º E of N F3 = 108 d SW

Using the component method, determine the resultant force and the equilibrant force of each of the following sets of concurrent forces. 1. F₁ = 380 N @ 50⁰ N of E F₂= 650 N @ 22º E of S F3 = 720 N West 3. FA = 20 lb S FB FC = 16 lb West FD = 24 lb NE = 25 lb @ 32° E of S 2. F₁ = 332 d @ 35⁰ W of N F2 = 420 d @ 75º E of N F3 = 108 d SW

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)...

See similar textbooks

Similar questions

time = 0 time = t -10 kinetic friction A block slides on a horizontal plane. The initial speed is vo = 2.5 m/s. - V The block slows down because of friction; the coefficient of kinetic friction is 0.100. At time t the speed is vo/2. What is t? (in s) OA: 1.089 OB: 1.274 OC: 1.491 OD: 1.744 OE: 2.041 OF: 2.388 OG: 2.794 OH: 3.269
Solve both correctly. I will rate accordingly with 2-3 votes. Both are one question with 2 parts of horizontal and vertical.
A Q L = 5ft W = 120 lbs. B If Ø = 38° 45', what is the bearing reaction on the pivot an instant after being released from the given position? A) 120.5 lb B) 135.87 lb C) 153.87 lb D) 180.25 lb What is the bearing reaction just before impact at B if the velocity of the hammer is 7.5 ft per second? A) 161.93 lb B) 176.54 lb C) 180.78 lb D) 192.54 lb
View Policies Current Attempt in Progress The force F has a magnitude of 640 N. Express F as a vector in terms of the unit vectors i and j. Identify the x and y scalar components of F. Assume F-640 N, 0-40% Answers: F-( i j) N i i .. i+ N Z Z N
Answer correlty in terms of kg ..........>>>
3. Suppose a box enters a region of frictional floors, as seen in Fig. 3. x = 0 1 μ1 H₂ μ3 μ4 H5 μ6 d The box with mass m = 2 kg enters the region with initial speed vo = 10 m/s. Each of the frictional patches has a length of d = (10/19.62) m. The n-th frictional patch has a coefficient of kinetic friction given by un. (a) What is the initial kinetic energy of the box? hope (b) f 0.3 for all , how far goes the bleek travel before stopping? Find the thermal energy of the system at the end of each patch trayersed Do the same if un (d) Do the same if µn = (10/11)". (Does this one ever stop?) m Vo
60° 30° A 50 kg truck engine is lifted using the setup shown. Assuming that the pulleys are frictionless, What force P must be applied to the cable to hold the engine in the position shown with d= 1m? (Hint: because the frictionless pulleys, the tension in the cable will be uniform through out the whole length of the cable.) 2. 3. d 30 kg 600 N/m A 3m 3m Determine the reactions at A and B. 50 kg
qqsqs555
estion 5 of 10 Answers: M or what value M of the clockwise couple will the horizontal component Ax of the pin reaction at A be zero? If a couple of hat same magnitude M were applied in a counterclockwise direction, what would be the value of Ax? H A ULL i B M 47 1.8' 56 lb-ft lb 1.8' C 100 C 0/10 O 27°C T-s
Three forces act at point O as shown. Force F3lies in the x-y plane. Select the expression that denotes a unit vector in the direction of F1 . a. - 1/3 i - 2/3 j - 2/3 kb. - 1/3 i + 2/3 j + 2/3 kc. - 1/3 i + 2/3 j - 2/3 kd. - 1/3 i - 2/3 j + 2/3 k Determine the direction angles (α, B ,y ) for F₂ . a. (103ᵒ , 72.1ᵒ , 22.6ᵒ ) b. (103ᵒ ,108ᵒ , 22.6ᵒ )c. (76.7ᵒ , 72.1ᵒ ,157ᵒ ) d. (103ᵒ , 72.1ᵒ ,157ᵒ ) Determine the angle between F1 and F3 . a. 26.0ᵒ b. 132ᵒc. 90.0ᵒ d. 0