You must answer the question in essential questions. Understand the picture below.This topic is all about Keepler's Law of Motion to Newton's Law of Motion DIRECTIONS: Perform the experiment below. Attached a picture as a proof that you are performing the experiment.(This will be recorded as your Performance Task).The Swinging PendulumObjective:Illustrate the motion of simple pendulumMaterials:15m string6 large washersStop watchMeter StickProcedures:1. Make a pendulum about 1.5 m long using the string tied at the end of the sixwashers2. Sturt the pendulum swing and measure the time it takes for 20 complete cycles.3. Calculate the time for one cycle4. Calculate (g) using the equation5. Repcat using two other lengths, 1.0 m and 0.5 m6. Calculate the value of (g)7. Calculate the percentage error of (g) by comparing the average value ofgexperimental to the theoretical valae of g which 9.8 mis?Essential questions1. Is the period affected if the number of waters was increased to nine or 12washers?2. Among the measured (g), which is the most accurate among the lengths usod?

1. If now 9 or 12 washers are used to find period of pendulum it means mass is increased now.…

Answered: Essential questions 1. Is the period…

Essential questions 1. Is the period affected if the number of waters was increased to nine or 12 washers? 2. Among the measured (g), which is the most accurate among the lengths usod

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter1: The Study Of Motion

Section: Chapter Questions

Problem 3Q: (Indicates a review question, which means it requires only a basic understanding of the material to...

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Concept explainers

Newton’s Third Law of Motion

The horse pulls the cart and the cart pulls the horse in response as per Newton third law. So the big question is, “Don’t the two forces cancel each other? How does the cart accelerate?”

Question

100%

You must answer the question in essential questions. Understand the picture below.

This topic is all about Keepler's Law of Motion to Newton's Law of Motion

DIRECTIONS: Perform the experiment below. Attached a picture as a proof that you are performing the experiment.
(This will be recorded as your Performance Task).
The Swinging Pendulum
Objective:
Illustrate the motion of simple pendulum
Materials:
15m string
6 large washers
Stop watch
Meter Stick
Procedures:
1. Make a pendulum about 1.5 m long using the string tied at the end of the six
washers
2. Sturt the pendulum swing and measure the time it takes for 20 complete cycles.
3. Calculate the time for one cycle
4. Calculate (g) using the equation
5. Repcat using two other lengths, 1.0 m and 0.5 m
6. Calculate the value of (g)
7. Calculate the percentage error of (g) by comparing the average value ofg
experimental to the theoretical valae of g which 9.8 mis?
Essential questions
1. Is the period affected if the number of waters was increased to nine or 12
washers?
2. Among the measured (g), which is the most accurate among the lengths usod?

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