match each model on the left to its best use case on the right when designing the machine.\nkinematic…

match each model on the left to its best use case on the right when designing the machine.\nkinematic equations\ncad model\nsmall - scale prototype\nhand drawing\ngenerating ideas for new sections of the machine\ntesting the accuracy of the ball launcher\ndescribing the motion of the steel ball\ndesigning the mechanism that releases the brick

match each model on the left to its best use case on the right when designing the machine.\nkinematic equations\ncad model\nsmall - scale prototype\nhand drawing\ngenerating ideas for new sections of the machine\ntesting the accuracy of the ball launcher\ndescribing the motion of the steel ball\ndesigning the mechanism that releases the brick

Answer

Answer:

  • kinematic equations: describing the motion of the steel ball
  • CAD model: designing the mechanism that releases the brick
  • small - scale prototype: testing the accuracy of the ball launcher
  • hand drawing: generating ideas for new sections of the machine

Brief Explanations:

Kinematic equations are for motion description. CAD models aid in detailed design. Prototypes are for testing, and hand - drawings help in idea generation.