A 12-N falling object encounters 8 N of air resistance. What is the net force on the object? Physics 1D Motion Falling Objects 1 Answer Nam D. Mar 28, 2018 #4 \ "N"# downwards Explanation: The object is being pulled #12 \ "N"# downwards as a result of the gravitational acceleration, while the force of air resistance, #8 \ "N"#, is acting upwards, and so the net force (in terms of downward motion) is: #12 \ "N"-8 \ "N"# #=4 \ "N"# Answer link Related questions Question #50365 Question #d6555 What is the definition of free fall? Question #d655d Question #f7a6f An archer shoots an arrow with an initial velocity of 21 m/s straight up from his bow. He... What is the percent difference between the acceleration due to gravity at sea level and at the... What height will a dart achieve 7 seconds after being blown straight up at 50 m/s? How long does a ball take to reach the ground 7 m below, if it is thrown straight up with an... How long does a ball take to fall from a roof to the ground 7 m below? See all questions in Falling Objects Impact of this question 4172 views around the world You can reuse this answer Creative Commons License