View Lab Report - Work and Power Stair clubefir.net from SCIENCE at North Kingstown Senior High School. Work 4 Power] Name Work 1 Simple Machines Work & Power Questions: 1. Do you. do more workAuthor: Kkdd To investigate the concepts of WORK and POWER through direct measurement of the distance and time associated with climbing stairs and lifting weights. PROCEDURE (STAIR-CLIMBING) 1. Your weight is equal to the force required to walk up the stairs at constant speed. Multiply your weight in pounds by to convert it to units of Newtons. 2. Work-Power+Lab - 4 - 5) This lab should have led you to a point of better understanding of work and power. It is now your chance to pull it all together by writing a well written, thoughtful paragraph. It should make logical sense and include all of the following terms. Work Power Joule Newton Kgm/s2 Joule / second kg m2/s2.

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# work and power lab pdf

Work-Power+Lab - 4 - 5) This lab should have led you to a point of better understanding of work and power. It is now your chance to pull it all together by writing a well written, thoughtful paragraph. It should make logical sense and include all of the following terms. Work Power Joule Newton Kgm/s2 Joule / second kg m2/s2. Work and Power Lab Purpose To calculate the power output of a machine. Safety Do not physically engage in this activity if you have an injury or a respiratory or cardiovascular condition! Materials Stopwatch/timer, meter stick, stairs, 3 machines (3 humans) Procedure 1. Find the height of the stairs to be climbed. (in meters). To investigate the concepts of WORK and POWER through direct measurement of the distance and time associated with climbing stairs and lifting weights. PROCEDURE (STAIR-CLIMBING) 1. Your weight is equal to the force required to walk up the stairs at constant speed. Multiply your weight in pounds by to convert it to units of Newtons. 2. Work and Power Lab Climbing a Flight of Stairs Purpose: Determine work, power, and change in potential energy done by physics students climbing a flight of stairs, identify the factors affecting the power and work, and determine the relationship between work and change in potential energy. Work, Energy & Power AP Physics B. There are many different TYPES of Energy. Energy is expressed in JOULES (J) J = 1 calorie Energy can be expressed more specifically by using the term WORK(W) Work = The Scalar Dot Product between Force and Displacement. So that means if you apply a force on an object and it covers a displacement you have. View Lab Report - Work and Power Stair clubefir.net from SCIENCE at North Kingstown Senior High School. Work 4 Power] Name Work 1 Simple Machines Work & Power Questions: 1. Do you. do more workAuthor: KkddWork and Power Lab. Purpose. To calculate the power output of a machine. Safety. Do not physically engage in this activity if you have an injury or a respiratory. Work and Power clubefir.net - Download as Word Doc .doc /.docx), PDF File .pdf) , Text File .txt) or read online. Work is expressed in newton-meters, or the simplification, joules (J). The rate which work is done is called power. Power equals work divided by time. If work is in. CMS. STRONGMAN. COMPETITION. How Fast Can You Do Work? Background Information: Work equals force times the distance through which the force acts. Name_________________________________________. Work & Power. Questions: 1. Do you do more work climbing stairs quickly or climbing stairs slowly?. Experiment 4: Work, Power and Energy Laboratory Report Christopher Allan Tan, Charisse Christine Tomimbang, Christian Paul Torres, Jairah Mae Vea, Janna. Adapted from clubefir.net clubefir.net Background Information: Work equals force times the distance. Work and Power. What do Joules, Watts, and Horsepower All Share in Common? Laboratory. How can we better understand the role of forces in doing work?. PS Physics Stair-Climbing Power Lab Name: _____ Period: _____ Work and Power Lab Climbing a Flight of Stairs Purpose: Determine work. this Lab, you will learn how to measure horsepower and how to relate it to an everyday Conservation of Energy; Work Done by Friction; Transfer of Energy. -

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