the ramps. in real life, motion is affected by friction. reset the simulation 🔄, then use the slider to…

the ramps. in real life, motion is affected by friction. reset the simulation 🔄, then use the slider to increase friction.\nwatch the skater until they stop moving. then, fill in the blanks to complete the sentences.\n\nthe skater stops moving when all of their __________ and\npotential energy is converted into __________ energy,\nwhich increases the tracks temperature. since energy is not created or\ndestroyed, the __________ energy of the skater and the\ntrack remains the same.\n\nkinetic thermal total

the ramps. in real life, motion is affected by friction. reset the simulation 🔄, then use the slider to increase friction.\nwatch the skater until they stop moving. then, fill in the blanks to complete the sentences.\n\nthe skater stops moving when all of their __________ and\npotential energy is converted into __________ energy,\nwhich increases the tracks temperature. since energy is not created or\ndestroyed, the __________ energy of the skater and the\ntrack remains the same.\n\nkinetic thermal total

Answer

Answer:

  1. kinetic
  2. thermal
  3. total

Brief Explanations:

  • When the skater stops, their motion (kinetic energy) and stored height energy (potential energy) are converted to thermal energy via friction, which heats the track.
  • The law of conservation of energy states that the total energy of the skater-track system remains constant, as energy is only transformed, not created or destroyed.