3. Two boxes are joined together with a light string, as shown above. A constant horizontal force=of F 5.0 N to the right is applied to mass m2. If m₁ = 1.5 kg and m2 = 1.0 kg, what is themagnitude of the tension in the string joining them?N = mgT = 2 + 5kN=MkN +5N(A) 5.0 N(B) 4.0 N5N(C) 3.0 Nm 1m2F(D) 2.0 N(E) 1.3 NFKm.g

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Answered: 3. Two boxes are joined together with a…

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)...

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6. A car of mass M₁ = 3.0 kg (and frictionless wheels) is connected by a light string over a frictionless pulley to a block of mass M₂ = 1.0 kg. The car is released, from rest, in the configuration shown below, with the bottom of the block a certain height above the floor. What is the tension in the string during the time when the car is accelerating to the right and the block is accelerating toward the floor? M₁ M₂ h
1. The man pushes against the stack of four uniform boxes each weighing 20 lb. If P = 10 lb, determine if the boxes (both individually or as a stack) will slip or tip. The coefficient of static friction between each box is μs = 0.6 and between the floor and the bottom box is μ² = 0.4. P 1.5 ft 1.5 ft 5.5 ft 1.5 ft -2 ft- 1.5 ft
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4. A string attached to a wall makes an angle of 35° with the vertical and is connected to a knot. Another string from this knot is holding a mass m. A third string attached to the knot makes an angle of 28° with the horizontal and has a tension of 34.0N. What is the tension in the other two strings and what is the value of the mass? 7 T = 34,0N (90-28 +35) 34N Sivi(180-35) Sin (145) Sin (07) Sin (18) 28° 1205-30 m
2. Mass m₁ slides without friction on a plane inclined at 40° above horizontal plane. It is attached to a second mass m₂ by a light string. If m₁ = 5kg, m₂ = 4kg, determine the acceleration of each block and the tension of the string.
4.A basket of food weighing 500 N is suspended at the end of a uniform rod 3.5 m long of mass 4.0 kg. A cable is connected to the center of the rod and has an angle 40 degrees with respect to the horizontal. A bear of mass 220 kg walks on the rod and tries to reach the food basket. a) Draw a free body diagram of the rod. b) If the maximum tension of the cable is 3800 N, where is the bear on the rod when the cable breaks? c) find the force that the wall on the rod right before the cable breaks. wall K 40⁰ Cable bear [/// & food basket
8. An object is pulled across a rough horizontal surface with an applied force of 300 N [40o below the horizontal]. The applied force is slowly rotated down toward the horizontal, decreasing the 40o angle. What will happen to the force of friction acting on the object and the acceleration? a. Both increase.b. Both decrease.c. Friction decreases and acceleration increases.d. Friction increases and acceleration decreases.e. None of the above statements are accurate.
2. A 25 kg crate hangs in equilibrium from two strings made from the same material and knotted together as shown. 30° 45° Determine the tension in each of the cables. Note that the tension will be different in each cable.
Q4) The Great Valerio is performing his high wire act. He stands on a (massless wire) exactly in the middle of two posts a distance d = 50.1 m apart. The wire buckles under his weight and he ends up h = 1.25 m below the vertical location where %3D the wire is attached to the posts. Valerio has a mass of my= = 73.5 kg. What is the tension of the wire ? h d/2 d/2 E
4. A 50.0-kg crate is being pulled along a horizontal smooth sSurface. The pulling force is 10.0 N and is directed 20.0° above the horizontal. What is the magnitude of the acceleration of the crate? A) 0.0684 m/s2 B) 0.188 m/s2 C) 0.200 m/s2 D) 0.376 m/s2 E) 0.0728 m/s2 Final formula: Required steps: 1) Draw free body diagram 2) Choose reference frame 3) Find vectors components 4) Apply Newton's 2nd law 5) Solve for a algebraically 6) Check units 7) Substitute numerical values
How do I find the tension

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