An Investigation of the Factors Affecting the Period of a Pendulum :: Papers

An Investigation of the Factors Affecting the Period of a Pendulum I could explore the accompanying variables: * Angle of uprooting * Length of string * Pendulum weight I will examine and check whether differing the length of string will influence the time of the pendulum. My forecast is: The more drawn out the string the more extended the period. The period will be longer as the pendulum has more distant to travel. My hypothesis is shown beneath. Pendulum A has a shorter string. This gives it a shorter period. Pendulum B has a more extended string and has an a lot bigger period as it has more remote to head out to get from X to Y to X which is one period. [IMAGE] I made my expectation dependent on a past investigation I have done. The length influenced the period as expressed above and I think this will happen again in this examination. I took a gander at a clock with a pendulum to perceive how it functioned. I found that to change the speed of a subsequent you modify the length of the post which the pendulum dangles from, so I moreover put together my forecast with respect to that as it is a similar guideline. I set up a preliminary analysis to try out the accompanying: * Which edge of uprooting to utilize (for example 90â °) * what number readings to take * Which lengths of string to gauge (for example each 10cm) * Where to complete the test (on a work area/floor and so forth..) To guarantee the test is reasonable I am going to: * Use a similar bit of string * Use a similar weight pendulum (ideally precisely the same pendulum) * Make sure the string is estimated precisely To guarantee the test is sheltered I am going to: * Use a reasonable point of removal * Not to swing the pendulum close to other people To guarantee the test is precise I am going to: