Question: A light rail train starts from a terminal station. The train goes south for 1165 meters, then east for 442 m, then south for 410

 A light rail train starts from a terminal station. The traingoes south for 1165 meters, then east for 442 m, then southfor 410 m, then east for 650 m, where it arrives atthe next station. What is the magnitude of the displacement vector fromthe terminal station to the next station? O 1820 m O 1920m O 1560 m 1700 mpoint of take off? An airplane takesoff, and travels forward at an angle of 11.2" above the horizontal.After following this path for 865 meters, the pilot changes the angleof flight to 6.5" above the horizontal, and follows this path for1240 meters. After these two legs, what is the helicopter's horizontal distancefrom the 2150 m 284 m 2080 m 308 mSven is goingto try out for his high school's soccer team, so he ispracticing his kicking skills. On one practice kick, he launches the soccerball with a velocity of 17.9 meters per second, and at anangle of 21.6 above horizontal. Assuming the ball lands back on thefield, what is the range of Sven's kick? 19.9 m O 22.4m 11.6 m 17.8 mA farmer is marking his property line. He

A light rail train starts from a terminal station. The train goes south for 1165 meters, then east for 442 m, then south for 410 m, then east for 650 m, where it arrives at the next station. What is the magnitude of the displacement vector from the terminal station to the next station? O 1820 m O 1920 m O 1560 m 1700 mpoint of take off? An airplane takes off, and travels forward at an angle of 11.2" above the horizontal. After following this path for 865 meters, the pilot changes the angle of flight to 6.5" above the horizontal, and follows this path for 1240 meters. After these two legs, what is the helicopter's horizontal distance from the 2150 m 284 m 2080 m 308 mSven is going to try out for his high school's soccer team, so he is practicing his kicking skills. On one practice kick, he launches the soccer ball with a velocity of 17.9 meters per second, and at an angle of 21.6 above horizontal. Assuming the ball lands back on the field, what is the range of Sven's kick? 19.9 m O 22.4 m 11.6 m 17.8 mA farmer is marking his property line. He draws one line that is 769.!) meters long, and is 19.0" south of east. How long is the northsouth component of the vector he has drawn? 0 ?69m John walks 91.0 meters north, then turns and walks 166.2 meters east. What is the magnitude of John's displacement at the end of his walk? 16.0 m O 168 m O 129 m O 189 mA ball is launched with an initial velocity of 14.8 meters per second, at an angle of 51A" above horizontal. when the ball reaches the ground again, what is its velocity vector? 0 13.0% 17; 4.03? m m 0 = 13.0??y = a? O a 7.03??? 13.0% 0 E = 7.08%J1E = #1311? . Augustine is an ecologist, and he is monitoring the plant irfe in a forest. He walks 39 meters west, 177 meters south, 443 meters east, 11 5 meters south, and then 70 meters north. What is his displacement vector from the starting point? D 379 meters, 29.5D east of south 3 379 meters, 29.5\" south of east D 418 meters, (-12.1B south of east 3 418 meters, 32.1D east of south 2. A man and a dog are fighting over a chew toy. The man pulls east with a force of 14 N. The dog pulls the opposite direction with 7 N of force. What is the net force? O 21 N east O 21 N west O 7 N east O 7 N westSven is going to try out for his high school's soccer team, so he is practicing his kicking skills. On one practice kick, he launches the soccer ball with a velocity of 17.9 meters per second, and at an angle of 21.6" above horizontal. Assuming the ball lands back on the field, what is the ball's hang time in the air? 2.04 s 1.34 s 1.76 s 2.19 sSven is going to try out for his high school's soccer team, so he is practicing his kicking skills. On one practice kick, he launches the soccer ball with a velocity of 17.9 meters per second, and at an angle of 21.6" above horizontal. What is the maximum height achieved by Sven's kick? 1.89 m 6.16 m 4.29 m 2.21 mDarla is following directions for a competitive scavenger hunt. The directions say, "From the flagpole, walk for 210 meters, 45" south of east, then turn directly north and walk for another 250 meters where you will find the next clue." What is the shortest path that Darla could follow to get to the next clue sooner? 414 m, 60.1 north of east 179 m, 34.4" north of east 193 m, 38.1" north of east 425 m, 69.5 north of eastSylvia is in a kayak, and she is rowing west at a speed of 3.10 m/s, with respect to the water. Meanwhile, the water is flowing east at a speed of 0.95 m/s. From the reference point of an observer on the coast, what is Sylvia's velocity vector? 4.05 m/s west 2.15 m/s east 4.05 m/s east 2.15 m/s westKenneth is crossing a large river in a motor boat. With respect to the water, the boat is headed directly west with a speed of 6.3 m/s. The river he is crossing flows directly north with a speed of 3.1 m/s. To an observer on the shore, what is Kenneth's velocity vector? 7.4 m/s, 31.9" west of north 7.0 m/s, 26.20 north of west 7.0 m/s, 26.2" west of north 7.4 m/s, 31.90 north of westA particle is moving through an electric field. Starting from the origin, it moves 4.19 cm in the positive y-direction, then it moves 7.43 cm in the negative x-direction. What is the direction of the resultant vector? 29.4" above the negative x-axis 29.4" above the positive x-axis 29.4" below the negative x-axis 29.4" below the positive x-axisNorth A 40 N 45 N 45 N > 53 N South Which statement accurately describes the net force acting on the object depicted in the free body diagram above? The net force is to the north. The net force is to the south. The net force is to the west. The net force is to the east.An airplane is heading directly east at a velocity of 91.8 m/s. The wind is blowing the plane southward at a speed of 16.9 m/s. What is the airplane's relative velocity to an observer on the ground? 93.3 m/s, 10.4 south of east 97.9 m/s, 16.0" south of east 97.9 m/s, 16.0" east of south 93.3 m/s, 10.4" east of southTwo teams are each trying to pull a crate towards their side of the field. One team is pulling north with a force of 4491 N. The other team is pulling south with force of 4616 N. What is the net force on the crate? 125 N north 125 N south 9107 N north 9107 N south

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Physics Questions!