The ship you are controlling has landed on a Kuiper Belt Object and collected some samples. It is now time to take off from the object with enough speed that you are able to escape from the body and get positioned for further scientific studies.

Your ship has a mass of 602 kg.

The object the ship is on has a radius of 63 km and has a density of 1993 kg/m^3.

When you are ready to make your prediction, click on the end button.

The objects whose average speed you're to measure (in m/s) are A water drop rolling down a windowpane A marble rolling across a table after rolling down a ramp A ball pitched as fast as you can across a yard or field A ball, dropped from rest from a height of 2 m (or higher, if safe) Yourself, walking at your usual pace a distance of 10 m Yourself, walking at your usual pace a distance of 20 m Prediction Look over the list of average speeds to be measured, and record your prediction 5pred for each of them in m/s. For some, it may be easier to make predictions in units of cm/s initially, then convert to m/s. Which of the objects, if any, do you think will move with a constant speed from start line to finish line?1 Why? How do you think you'll be able to tell?