1. A curling stone sliding on ice undergoes a constant acceleration of 5.1 cm/s [E] as...

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1. A curling stone sliding on ice undergoes a constant acceleration of 5.1 cm/s [E] as it travels from initial position before coming to rest. When the stone was released, it had an initial velocity of 1.5 m/s [W]. a) Calculate the displacement of the stone. b) How many seconds is the stone sliding before it stops? ( /2 marks) ) /2 marks) 1. A curling stone sliding on ice undergoes a constant acceleration of 5.1 cm/s [E] as it travels from initial position before coming to rest. When the stone was released, it had an initial velocity of 1.5 m/s [W]. a) Calculate the displacement of the stone. b) How many seconds is the stone sliding before it stops? ( /2 marks) ) /2 marks)

Answer rating: 100% (QA)

a To calculate the displacement of the stone we can use the equation of motion ... View the full answer