This is an original exam question by Prof Kay Han.  It is forbidden to photograph, upload, download, copy or share this problem with anyone, or to post it onto any website.   Johnny standing on the platform, seeing the train approach with a [x] m/s velocity.  The engineer applied the brake and the train come to a stop in [z] seconds.  How far in meters had the train traveled within that time?  

This is an original exam question by Prof Kay Han.  It is forbidden to photograph, upload, download, copy or share this problem with anyone, or to post it onto any website.   Two angry birds were shot from a block.  One angry bird was shot with a velocity of 1.5 m/s.  The other one was  shot at 3 m/s at the same time.  Which one will arrive at the ground first?

This is an original exam question by Prof Kay Han.  It is forbidden to photograph, upload, download, copy or share this problem with anyone, or to post it onto any website.   An astronomer at the equator measures the Doppler shift of sunlight at sunset. From this, she calculates that Earth’s tangential velocity at the equator is [x] m/s.  Earth has a radius of [y] m.  Calculate the centripetal acceleration in m/s2  at the equator.

This is an original exam question by Prof Kay Han.  It is forbidden to photograph, upload, download, copy or share this problem with anyone, or to post it onto any website.   Perform the following operation (Write down the numbers on your calculator and round off according to significant figures rules.) [x] cm + [y] cm + 1.3675 cm

This is an original exam question by Prof Kay Han.  It is forbidden to photograph, upload, download, copy or share this problem with anyone, or to post it onto any website.   An arrow shot horizontally with a speed of 1.2 m/s hits the ground in 4.2 second.  If the arrow is shot at 2.4 m/s at the same height, it would have hit the ground (neglecting the Earth’s curvature and air resistance) in…  

A physician ordered 600 mg of Tagamet twice daily. Tagamet is supplied as 300mg in each tablet. The nurse will administer [tabs] tablet(s) for each dose. Please answer with (tablet or tablets)                                                                                                                                                                                       (stse)    

Administer 1 g of an antibiotic in 50 mL of D5%W over 30 min.  The drop factor is 10 gtts per mL.  Give ___ drops per min.                                                                                                                (stse)

After completing the course, are you able to understand the sampling theorem and perform sampling on continuous-time signals?  

Give 125 mg of Solu-Medrol, IM. The medication is available as a powder in a 500 mg vial. Labeled directions: Reconstitute by adding 8 mL of sterile water for injection.  Solution concentration will equal 62.5 mg per mL.   Give _____ ml per dose.                                                                                                 (stse)

Administer 0.3 g of a drug that is available as 100 mg per mL for injection. The nurse will administer _____ mL.