A golfer was able to shoot the ball in the hole after three putt: 6 m North, then 2.4 m at an angle of 25° north of east and 3.1 m 18° west north. What displacement (magnitude and direction relative to due east) would have been needed to "hole the ball" on the very first putt?
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A: A = 5 m West B = 15 m at 60° North of West Choose a scale as 1 cm = 5 m.
Q: What is the resultant of vector A=5m West and vector B=15m 60° North of West?
A: Draw the vector diagram as:
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Q: A grasshopper makes four jumps. The displacement vectors are (1) 27.0 cm, due west; (2) 23.0 cm, 35o…
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Q: What is the resultant of vector A=5m South and vector B=15m 60° South of West?
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Q: A grasshopper makes four jumps. The displacement vectors are (1) 27.0 cm, due west; (2) 23.0 cm, 35o…
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A: Given A = 15 m due west B = 25 m ,53 ° east of north C = 20 m due east
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- Solve the problem using component method. Show all solutions.Determine the following a. Resultant moment at B b. Resultant moment at C also draw and label the diagramIn the diagram below the solid disc (M, r) is rolling on an incline and the pulley is ideal. Find the acceleration of the block (m) and the acceleration of the CM of the disc. Analyze the possibilities of the disc to roll down vs. up the incline.
- You are building a robot to drive around a vineyard and measure soil moisture. The geometry of the system is shown in the figure. If the robot weights 20kg., how much force can it apply to the soil probe when it just starts to lift the front wheels off the level ground? Write your answer to the nearest Newton. 80 cm probe is pustedIn figure shown, the mass of block A is 50 kg. The coefficient of static friction for all surfaces of contact is 0.10, determine the minimum mass of B to maintain equilibrium of the system. Assume the pulleys to be frictionless and use B = 75°, e = 70° and a = 65°. %3DA uniform rod of mass M and length L is attached to a pivot with negligible friction as shown. The pivot is attached to a wall and the bar starts oriented Pivot horizontally. Use the given variables and the acceleration of gravity, g, to.answer the questions symbolically. L.
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- P7 please help me with this below problem needed clearly in a simple and easy way explanation please don't take much time pleaseTask III (Equilibrium of Rigid Body) If the beam in the figure below is in equilibrium (A is a pin and B is a roller), determine the following: (Neglect the thickness of the beam) 450 N 300 N 30% B) A 4 m D. Write the equilibrium equation of the moment around point A. E. Determine the reaction forces acts on A and B.1. Use the vectors drawn in the diagram below to complete the following exercises. E C D E C THRONE 10SutraliTONUS THERATROL 5 À (all vectors in this diagram lie in the plane of the board) a) Write an expression to describe the dot product between vectors B and D. b) Write an expression to describe the magnitude of the cross product between vectors A and D. c) Draw a new vector, named G, that would result in a dot product less than zero when dotted with vector E. d) Draw the direction of a new vector, named , that when crossed with vector B (HxB) would result in a cross product that points out of the board.