Science Physics High School Curriculum Map
... The student will be able to: Create graphs of motion (position v. time, speed v. time, velocity v. time, and constant acceleration v. time.) Interpret graphs of motion (position v. time, speed v. time, velocity v. time, and constant acceleration v. time.) Read a “dot diagram” or “oil drop diagram” t ...
... The student will be able to: Create graphs of motion (position v. time, speed v. time, velocity v. time, and constant acceleration v. time.) Interpret graphs of motion (position v. time, speed v. time, velocity v. time, and constant acceleration v. time.) Read a “dot diagram” or “oil drop diagram” t ...
Electric Fields and Potentials
... 1. One lab partner should operate the DMM, another should record the position of the equipotential points (as you find them). Make sure you record the location of the two electrodes so you can reproduce them accurately on your graphs. (a) Orient the conductive sheet with the Pasco lettering along th ...
... 1. One lab partner should operate the DMM, another should record the position of the equipotential points (as you find them). Make sure you record the location of the two electrodes so you can reproduce them accurately on your graphs. (a) Orient the conductive sheet with the Pasco lettering along th ...
Magnetic Fields and Forces
... • Right-hand rule to determines direction of magnetic moment (turning force = torque) on current loop. ...
... • Right-hand rule to determines direction of magnetic moment (turning force = torque) on current loop. ...
Mechanical Engineering Formulas For Motion Control
... A mathematical term which represents the distance from the axis to a point where, if the entire mass was concentrated there, its moment of inertia would be the same. Radius of gyration is used as the index for mass distribution for calculating moment of inertia. The sweet spot of a baseball bat is i ...
... A mathematical term which represents the distance from the axis to a point where, if the entire mass was concentrated there, its moment of inertia would be the same. Radius of gyration is used as the index for mass distribution for calculating moment of inertia. The sweet spot of a baseball bat is i ...
Document
... the speed will be at the end of it. • This means that if the arm is fully extended when bowling or passing, the ball will travel with more force and therefore more speed. – The use of a cricket bat, racket and golf club all extend the arm and allow more force. ...
... the speed will be at the end of it. • This means that if the arm is fully extended when bowling or passing, the ball will travel with more force and therefore more speed. – The use of a cricket bat, racket and golf club all extend the arm and allow more force. ...
lecture16
... You must be able to begin with starting equations and calculate forces between currentcarrying conductors. ...
... You must be able to begin with starting equations and calculate forces between currentcarrying conductors. ...
![Mechanical Energy - Grade 10 [CAPS]](http://s1.studyres.com/store/data/013190593_1-e09bcb68f0d0ab50de85806dd2f1437f-300x300.png)
Mechanical Energy - Grade 10 [CAPS]
... 1. Give one word/term for the following descriptions. http://cnx.org/content/m37174/1.6/ ...
... 1. Give one word/term for the following descriptions. http://cnx.org/content/m37174/1.6/ ...
