Ajet is moving horizontally with a constant velocity of 305 m/s at an altitude of 730m. it drops its payload. a) determine the time required for the payload to hit the ground. b) calculate the actual velocity in which it hits the ground.

Students need to change their attitude

Horizontal asymptote at  tells us that the original graph has been translated down.since  ,  are positive.  also we can say that the point  has a smaller  -coordinate than  .this means that the  transformed exponential function is increasing as it goes to the right. as it goes from  to , the value of the exponential function increases. it goes from to something bigger, . therefore, as  . the left hand would be the side that approaches the horizontal asymptote.so the answer is d