a student us riding their bike. they start by riding east for 88 meters. they turn north and ride their bike 42 meters. they turn south and continue for 98 meters. finaly they turn west and ride their bike 88 meters.
the displacement of the student is:
A student is riding their bike. They start by riding their bike east for 88 meters. They turn north and ride their bike 42 meters. They turn south and continue for 98 meters. Finally, they turn west and ride their bike 88 meters. The displacement of
A student is riding their bike. They start by riding their bike east for 34 meters. They turn north and ride their bike 67 meters. They turn south and continue for 14 meters. Finally, they turn west and ride their bike 34 meters. The displacement of the student is: Δ x= unit And the distance traveled is: d = unit
A person walk south 340 meters and the East 160 meters and finally North 20 meters. To the nearest, by how many meters was the distance walked greater than the magnitude of their displacement
A student bikes to school by traveling first d_N = 1.10 miles north, then d_W = 0.500 miles west, and finally d_S = 0.200 miles south. You will now find the same quantity algebraically, without the need to use much geometry. Take the north direction as the positive y direction and east as positive x. The origin is still where the student starts biking. Let d_vec_N be the displacement vector corresponding to the first leg of the student's trip. Express...
A student bikes to school by traveling first d_N = 1.10 {miles} north, then d_W = 0.500 {miles} west, and finally d_S = 0.200 {miles} south. If a bird were to start out from the origin (where the student starts) and fly directly (in a straight line) to the school, what distance d_b would the bird cover?