Q: Q4. Find the third angle and the three components of the following Forces: F₁ = 400N, = 30°,0 = 50°…
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Q: 0 = 16.9 deg B = 41.1 deg Mass of the traffic light = 84 kg Find the tension T2
A: Given data: θ=16.9 ∘ β=41.1 ∘ Mass of the traffic light, m=84 kg
Q: Consider the photo below of 3 forces. Solve for F3 if you know that F2 is 59.55 N. The angle for F1…
A: Assuming equilibrium of the point, there should not any net force along x and y direction.Net force…
Q: 14. John applies various forces to a box on a desk as part of a Phys lab. If the first and second…
A: Note : As per answering guideline i can answer the 1st question only. Please repost the 2nd question…
Q: 02 T3 M
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Q: A sign is hanging as shown. If m = 9.7 kg, 0, = 75°, and 02 = 35°, then find the tension in each of…
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Q: If m, = 20 g and m, = 60 g, find the acceleration of the syst m.
A: According to Newton's second law F = ma
Q: Two forces are applied to an object as shown. Using F = 23.N, ¢1 = 46°, F2 = 42_N, and o, = 21°m,…
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Q: A force F is used to hold a block of mass m = 4.62 kg on an incline as shown in the diagram. The…
A: The free body diagram of the block is : For the body to be in equilibrium the forces must equate…
Q: 20. The block has a mass of 60 kg. The coefficient of static friction is 0.3. The minimum force, P…
A: Given that mass of the block is m=60kg the angle of inclination from the horizontal is α=40o A force…
Q: A block with mass of 5.0 kg is held in equilibrium (zero net force) on an incline of an angle of θ =…
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Q: An 7.57 kg wagon on a level surface is pulled by a 34.9 N force directed at 24° above the…
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Q: 8. 45 kg skier slides down a 410 incline. What would be the magnitude of the skier's acceleration if…
A: Given data The mass of the skier is m = 45 kg The angle of inclination is θ=41° The surface is…
Q: 65.0 N 30 30.0 N- 20 20.0 N What is the magnitude of the resultant of these three forces? a. 27.0 N…
A: By the given data the of the vectors the resultant of the three vectors we resolve them into X and Y…
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- how do I determine the force components of the vectors2. Find the tension in each rope. Assume frictionless surface. 20 kg 10 kg 30°Five boys are pushing on a snowball ad each is pushing with a force of 12.0.0N. However, each boy is pushing in a different direction. they are pushing north, northeast, east, southeast and south. (each boy is pushing an angle of 45.0 degrees relative to his neighbour.) What is the magnitude of the total force on the ball? a. 0 b. 17.0N c. 29.0N d. 13.4N e. 57.9N
- Week 3 #9A. Problem Solving Instruction: Read each problem carefully and calculate all required. Show your complete, clean and correct solution.7. An object travelling at 10.5 m/s on a horizontal surface approaches an inclined plane. Which plane would the objecttravel the HIGHEST on?a. A ramp with an incline of 20ob. A ramp with an incline of 25oc. A ramp with an incline of 30od. A ramp with an incline of 35oe. It will travel the same height on every ramp