Question 1 51] pts In this question you must identify all the correct statements stated in the possible answers. They all refer to vertical motion of the type you analyzed in your activity. Note that this may include a simple dro p, throwing an object vertically upwards or using a high air resistance object. Note that free fall motion is motion that occurs just under the gravitational pull and is not substantially affected by air resistance. Identify all correct statements regarding free fall. D Vertical motion with air resistance, if it last long enough, always reaches a terminal velocity. D When an object without air resistance is thrown upwards the motion can be considered as in free fall. D When an object with no air resistance is thrown upwards it has a zero velocity at its highest point. D When an object with large air resistance is thrown upwards it has a zero velocity at its highest point. D Two objects of different mass are dropped from the same height. They do not have air resistanoe. They reach the ground at the same time. D Before reaching terminal velocity objects have aooeleration equal to the free fall value. D hjects A and B have no air resistance. A is dropped from a higher elevation than B. Bis dropped as .5. passes by. A and B hit the ground at the same time. Question 2 In the free fall activity you analyzed the motion of an object thrown into the air which then falls to the ground. The motion was captured and data collected. Compare the properties of the motion of the object as it goes up with those as it goes down. These comparisons refer to the ideal case when no air resistance is present. The up motion is considered to start when the object passes a reference point. It has already being put in motion before reaching this point. E] The time from the bottom to thetop is the same as the time from the top to the bottom. 1:] The time from the bottom to thetop is longer than the time from the top to the bottom. 1:] The time from the bottom to thetop is shorterthan the time from the top to the bottom. D The acoeleration ofthe motion going down is the negative ofthe acceleration going up. D The acoeleration ofthe motion going down is the same as the acceleration going up. D The object passes by a point in its way up and again in its way down. The speed {magnitude of velocity} while passing this point going up is greater than the speed when passing this point and going down. D The object passes by a point in its way up and again in its way down. The speed {magnitude of velocity} while passing this point going up is the same as the speed when passing this point and going down. D The object passes by a point in its way up and again in its way down. The speed {magnitude of velocity} while passing this point going up is smaller than the speed when passing this point and going down