A 500. g mass hangs from a 2.00-metre-long string which is attached to the ceiling. The...

 

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A 500. g mass hangs from a 2.00-metre-long string which is attached to the ceiling. The ceiling is 3.00 metres above the floor. The 500. g mass is pulled east (pendulum fashion) through a 60.0° angle relative to the vertical and released. The string has a tensile strength of 5.00 N. Work out a formula for string tension as a function of angle relative to the vertical. Use this formula to determine the angle (relative to the vertical) at which the string breaks. (50°) A 500. g mass hangs from a 2.00-metre-long string which is attached to the ceiling. The ceiling is 3.00 metres above the floor. The 500. g mass is pulled east (pendulum fashion) through a 60.0° angle relative to the vertical and released. The string has a tensile strength of 5.00 N. Work out a formula for string tension as a function of angle relative to the vertical. Use this formula to determine the angle (relative to the vertical) at which the string breaks. (50°) A 500. g mass hangs from a 2.00-metre-long string which is attached to the ceiling. The ceiling is 3.00 metres above the floor. The 500. g mass is pulled east (pendulum fashion) through a 60.0° angle relative to the vertical and released. The string has a tensile strength of 5.00 N. Work out a formula for string tension as a function of angle relative to the vertical. Use this formula to determine the angle (relative to the vertical) at which the string breaks. (50°) A 500. g mass hangs from a 2.00-metre-long string which is attached to the ceiling. The ceiling is 3.00 metres above the floor. The 500. g mass is pulled east (pendulum fashion) through a 60.0° angle relative to the vertical and released. The string has a tensile strength of 5.00 N. Work out a formula for string tension as a function of angle relative to the vertical. Use this formula to determine the angle (relative to the vertical) at which the string breaks. (50°)

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Formula The string tension can be expressed as a function of the angle relativ... View the full answer