183_notes:examples:finding_the_time_of_flight_of_a_projectile

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183_notes:examples:finding_the_time_of_flight_of_a_projectile [2015/09/15 16:46] – [Solution] pwirving183_notes:examples:finding_the_time_of_flight_of_a_projectile [2015/09/15 16:51] (current) – [Solution] pwirving
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 $ -40 -(7 \Delta{t}) = -4.9 \Delta{t^2}$ $ -40 -(7 \Delta{t}) = -4.9 \Delta{t^2}$
  
-Substitute in value for $v_{iy}$ and g+Solve the quadratic equation
  
-$ 2\dfrac{{40 + v_{iy}}}{g} = \Delta{t}$ +$ \Delta{t} = 3.65s$
- +
-Compute time it takes for the bus to reach the ground. +
- +
-$ \Delta{t} = 9.59s$+
  
  
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