Answer the question in the space provided and in full details. Show ALL your steps and your calculations. Answer in complete sentences, with therefore statements 7. Tammy is golfing. She wants to drive her ball from the tee to the hole that lies due east. However, a gust of windblows south and cause the ball to land 200 m away from the tee at E18°S. Her second shot is 82m and landsdirectly in the hole. The given vector diagram illustrates this information. If Tammy's first shot takes 3.25s toland, what is the magnitude of the velocity of the gust of wind blowing south? [5T]Hint: Determine the magnitude of the horizontal velocity, draw a vector diagram with the gust of wind, and solve.NGustHole#TeeS18°200 m82.0 mE

7. Tammy is golfing. She wants to drive her ball from the tee to the hole that lies due east. However, a blows south and cause the ball to land 200 m away from the tee at E18°S. Her second shot is 82m an directly in the hole. The given vector diagram illustrates this information. If Tammy's first shot takes land, what is the magnitude of the velocity of the gust of wind blowing south? [5T] Hint: Determine the magnitude of the horizontal velocity, draw a vector diagram with the gust of wi N

7. Tammy is golfing. She wants to drive her ball from the tee to the hole that lies due east. However, a blows south and cause the ball to land 200 m away from the tee at E18°S. Her second shot is 82m an directly in the hole. The given vector diagram illustrates this information. If Tammy's first shot takes land, what is the magnitude of the velocity of the gust of wind blowing south? [5T] Hint: Determine the magnitude of the horizontal velocity, draw a vector diagram with the gust of wi N

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

Determine the Velocity of car A as observed by an occupant in car B. Illustrate the solution with a schematic vector diagram
When a small boat travels north at 5 km/h, a flag mounted on its stern forms an angle 0= 50° with the centerline of the boat as shown. A short time later, when the boat travels east at 20 km/h, angle 0is again 50°. Determine the speed and the direction of the wind.is again 50°. Determine the speed and the direction of the wind.
Two planes, A and B, are flying at the same altitude. If their speeds are respectively vA = 300 km / h and vB = 500 km / h and their flight paths intersect at an angle of 25 °, determine the relative speed vector of the airplane B with respect to A. Give the result with accuracy to one. Assume the coordinate system (x; y)
A girl is playing fetch and catch with her dog. If the ball leaves the girl’s hand with the initialvelocity as shown in the diagram, and the dog is running along the positive x-direction with a velocity of 6m/s, determine the relative velocity of the ball with respect to the dog at the instant the ball is thrown.Report your answer in Cartesian vectors.
A train is moving horizontally to the right with the speed of VT=60 mi/h. Meanwhile, a car is traveling toward the train with the speed of VC=30 mi/h and a 30deg angle with respect to horizontal direction. Select the correct expression of the velocity vector of the train relative to the car ___________mi/h A. (60-30cos30°)-30sin30° B. (60-30cos30°) +30sin30° C. (60+30cos30°)-30sin30° D. (30cos30°-60) +30sin30°
For a production shoot, camera A travels next to car B at the same velocity v=30 mph on a straight road. Car B then enters a curve without change in speed while camera A continues along a staight path and stays due west of car B so that car B always appears to be traveling due east from camera A. (The value between r and -x is theta=50 degrees) -What is the difference in speed between camera A and car B? -What is the speed of car B relative to camera A?
If the aircraft rotating in a 500 m radius circle with a ground speed of 70 knots descends 600 feet per minute, how many feet will it descend in 3 turns?
Aeroplane A is flying east at a speed of 600 km/h along the horizontal axis at theinstance shown in the figure below. Aeroplane B passes under A, with its nose pointed45° in the northeast direction. In the meantime, B is moving relatively away from A atan angle of 60° in the direction shown below. a) Draw the vector diagram denoting the relative motion of the aeroplanes. Clearlyannotate each vector to represent velocities of A and B, as well as the velocityof B relative to A. Indicate vector directions using arrows.b) Determine the velocity of B, and the velocity of B relative to A.c) As time progresses from this initial instance, the velocity of aeroplane Aincreases and is defined by v(t) = 4t2 + 2t + 600 km/h. Determine thedisplacement, velocity and acceleration of aeroplane A after 12 seconds.d) Determine the acceleration of B, and the acceleration of B relative to A, at thisnew time instance (t = 12 seconds) as defined in part (c).
The speed of the car at point A is 40 ft/s, and the acceleration a = 10 ft/s’ acts in the direction shown in the figure. WHAT IS THE TANGENTIAL COMPONENT OF THE ACCELERATION? WHAT IS THE RADIUS OF CURVATURE OF THE PATH?
In the game of tetherball, a “tether” connects the ball A to the top of the pole at B. This tether is 2 m long and makes the angle shown with the vertical pole. Assuming a constant velocity, what is the magnitude of the velocity and acceleration of the ball as it travels in a circular path around the pole?
Determine the radius of curvature of the path of a projectile within 2 seconds after firing if at t = 0 its V0 = 50 m / s with an inclination as shown in the figure. Note: Note that the trajectory of the projectile is curved, and therefore there is normal acceleration and tangential to the trajectory.
At a given instant, the position of a plane at A and a train at B are measured relative to a radar antenna at O as shown in the Figure. Distances are OA = 3 km and OB = 2 km. Formulate a position vector, directed from AA to BB.