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 @ 50° N of E F2 = 650 N @ 22⁰ E of S F3 = 720 N West 3. FA = 20 lb S FB = 24 lb NE Fc: FD = 25 lb @ 32⁰ E of S = 16 lb West FOLLOW THE FORMAT BELOW Example 2: F₁ = 200 d West F₂ = 300 d @ 35⁰ W of N F3 = 250 d SE F₁ = 450 d @ 80⁰ S of W Σ Fx -200 (West) 300(sin 350) =-172 (West) 250(cos 45°) = +177 (East) 2. F₁ = 332 d @ 35⁰ W of N F2 = 420 d @ 75⁰ E of N F3 = 108 d SW 450(cos 80°) = -78.1 (West) -273 (West) F₁ 0 300 (cos 35°) =+246 (North) 250(sin 45°) = -177 (South) 450(sin 80°) =-443 (South) -374 (South) Sketch F₁ = 200 d F₂=300 d FAY! 35⁰1 F2y F3x 45⁰ |F3=250 ! 80⁰ F3y F₁=150 d

The pipe has a mass of 770 kg and is being towed behind a truck. (Figure 1) Figure 0.4 m 8 45° 1 of 1 If the angle = 30°, determine the acceleration of the truck. The coefficient of kinetic friction between the pipe and the ground is pk = 0.20. Express your answer to three significant figures and include the appropriate units. a = Submit Part B .0 Value μÅ .0 Request Answer Units Also, determine the tension in the cable. Express your answer to three significant figures and include the appropriate units. μA ? ?

A 14 kg mass bangs from a rope. A force is applied to the rope so that the mass is accelerated upward at 2.3 m/s . What is the tension in the rope? Use g = 9.8 m/s ^ 2 Calculate answer to one decimal

6. Please help me answer both parts to this physics problem

answer correct and quick

The individual forces on the box below are as follows: Force A = 30 Newtons, Force B = 100 Newtons, Force C = 48 Newtons, and Force D = 100 Newtons. What is the net force on the box? ↑B Net Force = unit direction Select an answer