On your first trip to Planet X you happen to take along a 205 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches the spring by 26.1 cm . You then pull the mass down 8.60 cm and release it. With the stopwatch you find that 11.0 oscillations take 16.6 s . What is the gravity?
On your first trip to Planet X you happen to take along a 205 g mass,...
On your first trip to Planet X you happen to take along a 245 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches the spring...
Ch.14 On your first trip to Planet X you happen to take along a 100 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches the...
On your first trip to Planet X you happen to take along a 170 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the free-fall acceleration on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches the spring by 21.7...
Part A On your first trip to Planet X you happen to take along a 115 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches...
Part A On your first trip to Planet X you happen to take along a 165 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches...
Review PartA On your first trip to Planet X you happen to take along a 300 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the free-fall acceleration on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You find that the mass stretches the spring...
Review Constants | Periodic Table Part A On your first trip to Planet X you happen to take along a 295 g mass, a 40-cm-long spring, a meter stick, and a stopwatch. You're curious about the acceleration due to gravity on Planet X, where ordinary tasks seem easier than on earth, but you can't find this information in your Visitor's Guide. One night you suspend the spring from the ceiling in your room and hang the mass from it. You...
You attach a 150 g mass on a spring hung vertically. a. If the spring initially stretches 16 cm when you hang the mass on it, what is the spring constant? b. How long will one oscillation take? The spring is now oriented horizontally and attached to a glider on a frictionless airtrack. The glider also has mass of 150 g. You want to observe the oscillations of this horizontal springmass system in the lab with a motion detector. You...
please help with question 1 and 4a, 4b 1) A planet of mass 5 x 1024 kg is at location <1 x 1011,5 x 1011,0 > m. A star of mass 5 x 10" kg is at location < 7 X 10", 10 X 10",0 > m. What is the gravitational force exerted on the planet by the star? Express your answer as a 3-component vector. It may be useful to draw a diagram of the situation, including the relevant...