Forces Force during the Burn: Fb = N _________ Due to Gravity: Fg = N _________ Force of Drag: Fd = N _________ Force Applied to Rocket: Ft = N _________ G-Force: G = _________ Mass Average Total Mass: Mavg = kg __________ Burn Time: tb = s _________ Coasting Time: tc = s _________ Distances Height Gained during the Burn: db = m _________ Height Gained during Coast: dc = m _________ Total Predicted Height: dtp = m _________ Total Actual Height: dta = m _________ Velocities Maximum Velocity during the Burn: vb = _________ Average Velocity during the Burn: vavg = _________ Upward Velocity: vu = _________ Accelerations Acceleration during the Burn: ab = _________ Work & Energy Potential Energy at Total Predicted Height: PEt = J _________ Potential Energy at Total Actual Height: PEta = J _________ Work Done on Rocket by Motor: W = J _________ Power Power Output: P = = W _________ _________
Forces Force during the Burn: Fb = _________ N Due to Gravity: Fg = _________ N Force of Drag: Fd = _________ N Force Applied to Rocket: Ft = _________ N G-Force: G = _________ Mass Average Total Mass: Mavg = __________ kg Burn Time: tb = _________ s Coasting Time: tc = _________ s Distances Height Gained during the Burn: db = _________ m Height Gained during Coast: dc = _________ m Total Predicted Height: dtp = _________ m Total Actual Height: dta = _________ m Velocities Maximum Velocity during the Burn: vb = _________ Average Velocity during the Burn: vavg = _________ Upward Velocity: vu = _________ Accelerations Acceleration during the Burn: ab = _________ Work & Energy Potential Energy at Total Predicted Height: PEt = _________ J Potential Energy at Total Actual Height: PEta = _________ J Work Done on Rocket by Motor: W = _________ J Power Power Output: P = _________ = _________ W
rocketry-instructor-guide.docx