Title: Find Acceleration trolley car
Course: Physics copy 1

Q: A trolley toy is made by hanging a mass of 3 kg connected by a string through a pulley to a toy car of mass 5kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 3.7

Q: A trolley toy is made by hanging a mass of 3 kg connected by a string through a pulley to a toy car of mass 8kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 2.7

Q: A trolley toy is made by hanging a mass of 1 kg connected by a string through a pulley to a toy car of mass 3kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 2.5

Q: A trolley toy is made by hanging a mass of 3 kg connected by a string through a pulley to a toy car of mass 4kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 4.2

Q: A trolley toy is made by hanging a mass of 2 kg connected by a string through a pulley to a toy car of mass 6kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 2.5

Q: A trolley toy is made by hanging a mass of 1 kg connected by a string through a pulley to a toy car of mass 5kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 1.6

Q: A trolley toy is made by hanging a mass of 2 kg connected by a string through a pulley to a toy car of mass 9kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 1.8

Q: A trolley toy is made by hanging a mass of 4 kg connected by a string through a pulley to a toy car of mass 10kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 2.8

Q: A trolley toy is made by hanging a mass of 4 kg connected by a string through a pulley to a toy car of mass 3kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 5.6

Q: A trolley toy is made by hanging a mass of 5 kg connected by a string through a pulley to a toy car of mass 6kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 4.5

Q: A trolley toy is made by hanging a mass of 5 kg connected by a string through a pulley to a toy car of mass 5kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 4.9

Q: A trolley toy is made by hanging a mass of 5 kg connected by a string through a pulley to a toy car of mass 1kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 8.2

Q: A trolley toy is made by hanging a mass of 1 kg connected by a string through a pulley to a toy car of mass 1kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 4.9

Q: A trolley toy is made by hanging a mass of 1 kg connected by a string through a pulley to a toy car of mass 6kg which is pulled horizontally along a table. If the system were to run freely, the acceleration would be (neglecting friction and string mass) _____ m/s^2. (enter your answer as a number correct to two significant digits).
A: 1.4