EXAM BUNDLE Physics Lab 6 (COMPLETE PACKAGE) Questions & Answers)100% Correct!EXAM BUNDLE Physics Lab 6 (COMPLETE PACKAGE) Questions & Answers)100% Correct!EXAM BUNDLE Physics Lab 6 (COMPLETE PACKAGE) Questions & Answers)100% Correct!EXAM BUNDLE Physics Lab 6 (COMPLETE PACKAGE) Questions & Answ...
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work - ANSWERW = Fscos(theta) joules - ANSWER1 J = 1 Nm energy - ANSWERcapacity of an object to do work potential energy - ANSWERenergy stored within a physical system kinetic energy - ANSWERKE = (1/2)mv^2 dot product - ANSWERx*y = x1y1+x2y2+x3y3 gravitational potential energy - AN...
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In winkelwagenwork - ANSWERW = Fscos(theta) joules - ANSWER1 J = 1 Nm energy - ANSWERcapacity of an object to do work potential energy - ANSWERenergy stored within a physical system kinetic energy - ANSWERKE = (1/2)mv^2 dot product - ANSWERx*y = x1y1+x2y2+x3y3 gravitational potential energy - AN...
Two gliders on a frictionless air track. No outside work is done on the system so total energy of system is..? - ANSWERConserved In this lab what are we looking at? - ANSWERenergy conservation in one dimensional collisions on a frictionless surface. Also investigate the conservation law: Conserva...
Voorbeeld 1 van de 2 pagina's
In winkelwagenTwo gliders on a frictionless air track. No outside work is done on the system so total energy of system is..? - ANSWERConserved In this lab what are we looking at? - ANSWERenergy conservation in one dimensional collisions on a frictionless surface. Also investigate the conservation law: Conserva...
Newtons Second Law - ANSWERF=ma=m(dv/dt) Work (done by a constant force) - ANSWERFdcos(theta) F=magnitude of force d=magnitude of displacement (due to the force) theta=angle between force and displacement vectors work is the dot product of the force and displacement vectors Joules - ANSWER...
Voorbeeld 1 van de 3 pagina's
In winkelwagenNewtons Second Law - ANSWERF=ma=m(dv/dt) Work (done by a constant force) - ANSWERFdcos(theta) F=magnitude of force d=magnitude of displacement (due to the force) theta=angle between force and displacement vectors work is the dot product of the force and displacement vectors Joules - ANSWER...
What is work done on an object by a constant force? - ANSWERW = F d cos θ - the product of the magnitude of the displacement times the component of the force that is parallel to the displacement - work is measured in Joules (J = N x m) What are some scenarios when no work is done? - ANS...
Voorbeeld 1 van de 3 pagina's
In winkelwagenWhat is work done on an object by a constant force? - ANSWERW = F d cos θ - the product of the magnitude of the displacement times the component of the force that is parallel to the displacement - work is measured in Joules (J = N x m) What are some scenarios when no work is done? - ANS...
In the first part of the experiment you had to measure the height that the pendulum obtained. Why did you measure that height with respect to the index pointer on the pendulum bob? - ANSWERit represented center of mass of the pendulum bob and connecting rod In an isolated system, two equal masses...
Voorbeeld 1 van de 3 pagina's
In winkelwagenIn the first part of the experiment you had to measure the height that the pendulum obtained. Why did you measure that height with respect to the index pointer on the pendulum bob? - ANSWERit represented center of mass of the pendulum bob and connecting rod In an isolated system, two equal masses...
A - ANSWERWhy is it useful in the experiment to hang the balloons? A. Hanging the balloons avoids contact with other objects that might discharge them. B. The string can serve as conductor and facilitate the charging and discharging of the objects. C. The string is an insulator and amplifies the ...
Voorbeeld 1 van de 3 pagina's
In winkelwagenA - ANSWERWhy is it useful in the experiment to hang the balloons? A. Hanging the balloons avoids contact with other objects that might discharge them. B. The string can serve as conductor and facilitate the charging and discharging of the objects. C. The string is an insulator and amplifies the ...
In an isolated system two equal masses of the same geometry approach one another along the same line of action with equal but opposite velocity. The collision between them is perfectly INELASTIC. The linear momentum of the system BEFORE the collision equals - ANSWERzero True/ False Let us consid...
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In winkelwagenIn an isolated system two equal masses of the same geometry approach one another along the same line of action with equal but opposite velocity. The collision between them is perfectly INELASTIC. The linear momentum of the system BEFORE the collision equals - ANSWERzero True/ False Let us consid...
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