Here are the fresh screenshots for this past week:
-
- SS4.1.1
-
- SS4.1.2
-
- SS4.1.3 Leibniz’s calculator he invented.
-
- SS4.1.4
-
- SS4.1.5 A practical look at the beginning of derivatives and the Power Rule–part 1
-
- SS4.1.6 A practical look at the beginning of derivatives and the Power Rule–part 2
-
- SS4.1.7 Once you get down to the femtoseconds, or certainly the attoseconds, there really isn’t a difference. We are going to call that difference point “lil d” which means that it is so small that ∆ no longer works. At that point we call it instantaneous.
-
- SS4.1.8 This is about the limit of our ability to detect a difference in times. The time it takes a chlorine atom to ionize a sodium atom.
-
- SS4.1.9 As the ∆ gets smaller and smaller it reaches its limit of “lil d”. At that point it becomes instantaneous (but not zero).
-
- SS4.1.10 Once ∆ gets small enough to become “lil d”, you can do the power rule and the new function is the derivative.
-
- SS4.1.11 Examples of Power Rule
-
- SS4.1.12 Examples of Power Rule
-
- SS4.1.13 Examples of Power Rule
-
- SS4.1.14 Examples of Power Rule
-
- SS4.1.15 Examples of Power Rule
-
- SS4.1.16 Newton vs. Leibniz
-
- SS4.1.17 Newton vs. Leibniz
-
- SS4.1.18 Power Rule gives you the derivative function which is the slope function.
-
- SS4.1.19 Power Rule Example
-
- SS4.1.20 Power Rule Example
-
- SS4.1.21 Power Rule gives you the Pink Equations.
-
- SS4.1.22 Each constant in front of the variables in kinematics stands for either position,velocity,acceleration,jerk,snap,crackle, or pop.
-
- SS4.1.23 Figuring out what the constants are
-
- SS4.1.24 Figuring out what the constants are
-
- SS4.1.25 Figuring out what the constants are
-
- SS4.1.26 Figuring out what the constants are
-
- SS4.1.27 more derivative stuff
-
- SS4.1.28 the derivative of the 2nd Orange Equations is the first orange equation.
-
- SS4.1.29 Pink Equations
-
- SS4.1.30 4.1.1
-
- SS4.1.31 4.1.2
-
- SS4.1.32 4.1.3
-
- SS4.1.33 4.1.3E
-
- SS4.1.34 4.1.3E
-
- SS4.1.35 4.1.3F
-
- SS4.1.36 4.1.4
-
- SS4.1.37 Be careful on this one. Could be an essay question on the next test. Using that equation requires that the relationship be linear.
-
- SS4.1.38 same idea
-
- SS4.1.39 4.2.front
-
- SS4.1.40 4.2.front
-
- SS4.1.41 4.2.front
-
- SS4.1.42 4.2.front
-
- SS4.1.43 4.2.Back
-
- SS4.1.44 4.2.Back
-
- SS4.1.45 You should get Desmos for your phone
-
- SS4.1.46 dF/dt is F dot or called “yank”
-
- SS4.1.47 2nd Law of Thermo.
-
- SS4.1.48 Okay to add this to your Division options.
Askey Physics 