Force Present (P) Description of Situation or Absent (A)? Explanation Gravity P or A? Spring: P or A? Tension P or A? Normal: P or A? 6. A block is being pushed across the top of a table. Consider only the forces Friction P or A? acting upon the block. Air Res.: P or A? Gravity P or A? Spring: P or A? Tension P or A? Normal: P or A? 7. A block slides across the top of a Consider Friction P or A? only the forces acting upon the block. Air Res.: P or A? Gravity P or A? Spring: P or A? 8. The driver of a car has her Tension P or A? foot on the gas pedal. The wheels are turning as the car accelerates down Normal: P or A? the road. Consider only the forces acting upon Friction P or A? the car. Air Res.: P or A?
Description of Situation Force Present (P) or Absent (A)? Explanation Gravity P or A? Spring: P or A? Tension P or A? 6. A block is being pushed Normal: P or A? across the top of a table. Consider only the forces acting upon the block. Friction P or A? Air Res.: P or A? Gravity P or A? Spring: P or A? Tension P or A? Normal: P or A? 7. A block slides across the top of a Consider only the forces acting Friction P or A? upon the block. Air Res.: P or A? Gravity P or A? Spring: P or A? 8. The driver of a car has her foot on the gas pedal. Tension P or A? The wheels are turning as the car accelerates down the road. Consider only Normal: P or A? the forces acting upon the car. Friction P or A? Air Res.: P or A?
newtons_laws-worksheet_package.docx