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Caroline Chisholm College Physics

2. Many factors have to be taken into account to achieve a successful rocket launch, maintain a stable orbit and return to Earth. Caroline Chisholm College Physics. Galileo's analysis of projectile motion. Describe Galileo’s analysis of projectile motion. Caroline Chisholm College Physics.

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Caroline Chisholm College Physics

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  1. 2. Many factors have to be taken into account toachieve a successful rocket launch,maintain a stable orbitand return to Earth Caroline Chisholm College Physics

  2. Galileo's analysis of projectile motion Describe Galileo’s analysis of projectile motion Caroline Chisholm College Physics

  3. Caroline Chisholm College Physics Describe the trajectory of an object undergoing projectile motion within the Earth’s gravitational field in terms of horizontal and vertical components

  4. solve problems and analyse information to calculate the actual velocity of a projectile from its horizontal and vertical components using: v = u + at v2 = u2+ 2as s = ut + ½ at2 (N.B. change to component versions) Caroline Chisholm College Physics Perform a first-hand investigation,gather information andanalyse data to calculate initial and final velocity,maximum height reached, range,and time of flight of a projectile, for a range of situations by usingsimulations, data loggers andcomputer analysis vx= ux+ axtvx2 = ux2+ 2axDxDx = uxt + ½ axt2 vx= uxvx2 = ux2Dx = uxt vy= uy+ aytvy2 = uy2+ 2ayDyDy = uyt + ½ ayt2 Projectile motion Experiments Stroboscopic photography Video analysis Marble launcher Apple Computer simulation Data logger for launch velocity

  5. 15 m 5 m/s Caroline Chisholm College Physics

  6. 15 m 5 m/s Caroline Chisholm College Physics

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