2014 AP Physics 1物理Algebra-Based真题系列之Practice Exam选择题免费下载

历年AP Physics物理学系列

真题与答案下载

翰林国际教育全网首发

力争超快速发布最全资料

助你在升学路上一帆风顺

为你的未来保驾护航

2014 AP Physics 1 Algebra-based Practice Exam Multiple Choices Free Download

2014 AP 物理1模考选择题部分免费下载

此套题仅 Section I含有选择题，

共计时1小时30分钟，共40题

占总分50%

仅可使用铅笔答题

可以使用计算器

考试时会提供常用的公示表

完整版下载链接见文末

部分真题预览：

15）When two charged, massive objects are placed a distance r apart, the gravitational force between them has magnitude F. When the distance between the objects is increased to 2r, the magnitude of the gravitational force between them becomes F/4 . Did the electrostatic force between the objects also decrease to one fourth its initial magnitude as a result of the change in position, and why?

1. No, because the gravitational constant is much smaller than the electrostatic constant.
2. No, because the gravitational force is only attractive, and the electrostatic force can also be repulsive.
3. Yes, because both forces have the same 1/r² dependence.
4. Yes, because the gravitational force always equals the electrostatic force at any given distance.

24）While the object is continuously oscillating, the student determines the maximum speed of the object during two oscillations. The first speed is 3.5 m/s and the second speed is 2.7 m/s . Which of the following could account for the decrease in the object’s maximum kinetic energy?

1. Energy was transferred from the object to the spring, which increased the maximum potential energy of the spring.
2. Energy was transferred from the spring to the object, which decreased the maximum potential energy of the spring.
3. As energy was transferred back and forth between the object and the spring, a greater average share of the energy became potential energy of the spring.
4. The object-spring system lost energy to its surroundings.

29）Alan and Beverly are on opposite sides of a large room when Alan says something to Beverly. Beverly does not hear him, so Alan repeats the message louder and Beverly now hears it. Which of the following could be different about the second sound wave compared to the first that allows Beverly to hear it?

1. The second wave travels to Beverly more quickly, so less energy is dissipated by the time the wave reaches her.
2. The second wave reflects more off the walls of the room.
3. The air molecules disturbed by the second wave undergo a greater displacement from their equilibrium positions.
4. The air molecules disturbed by the second wave are, on average, more closely spaced.