The position of a diving bell is −34−34 mile relative to sea level. the diving bell reached this position after dropping from sea level at a constant rate for 112112 hours. what was the position of the diving bell relative to sea level 1 hour after it began its descent? enter your answer in simplest form in the box.

In each of the cases that follow, the magnitude of a vector is given along with the counterclockwise angle it makes with the +x axis. use trigonometry to find the x and y components of the vector. also, sketch each vector approximately to scale to see if your calculated answers seem reasonable. (a) 50.0 n at 60.0°, (b) 75 m/ s at 5π/ 6 rad, (c) 254 lb at 325°, (d) 69 km at 1.1π rad.