Master 1D and 2D Kinematics (AP Physics C: Unit 1)

This course is aligned with the AP Physics C (Mechanics) curriculum and covers Unit 1 (Kinematics).

The course is problem-based, and you’ll get loads of observe in:

• Plotting and decoding movement graphs of particles
• Making use of the massive 5 kinematic equations strategically to shortly resolve uniform acceleration movement issues
• Making use of calculus strategies to unravel movement issues involving non-uniform acceleration
• Fixing 2D projectile movement issues

The course is right for:

• AP Physics C college students
• First 12 months college college students who’re taking Physics or Engineering
• College students who need to enhance their drawback fixing expertise in Physics
• Any one who needs to start studying Physics.

On the finish of this course, you may be a superb drawback solver in Kinematics and have a robust basis to deal with the remaining AP Physics C (Mechanics) Items. I welcome your emails and requests, and will reply to you in a well timed method. I stay up for instructing you this course and will present loads of assist so that you get essentially the most out of it.

The course is taught within the following modules:

1) Kinematics: Movement in One Dimension

a) Displacement, distance, common pace, common velocity

b) Instantaneous pace, instantaneous velocity

c) Instantaneous acceleration, common acceleration

d) Labored Instance 1: Graphing the movement of a particle

e) Labored Instance 2: Acceleration and place from the speed graph

f) Huge 5 Kinematic Equations: Algebraic derivation

g) Huge 5 Kinematic Equations: Calculus derivation

h) Labored Instance 3: The best way to choose and apply the Huge 5 Kinematic Equations to a free fall drawback

g) Labored Instance 4: The best way to choose and apply the Huge 5 Kinematic Equations to a extra concerned free fall drawback

i) Labored Instance 5: Making use of the kinematic derivatives to an issue involving non-uniform acceleration

j) Labored Instance 6: The best way to choose and apply the Huge 5 Kinematic Equations to a extra difficult elevator drawback with a number of intervals of movement

2) Kinematics: Movement in Two Dimensions

a) Projectile Movement: Deriving the equations from the Huge 5

b) Labored Instance 7: The best way to choose and apply the Projectile Movement equations

c) Labored Instance 8: Decide the launch angle that maximises the vary of a projectile

d) Labored Instance 9: The best way to choose and apply the Projectile Movement equations to extra concerned issues

3) A number of Alternative Quiz And Free Response Project

a) A number of selection Quiz with an analogous stage of issue to the a number of selection part of an AP physics examination

b) Free response Project with an analogous stage of issue to the a number of selection part of an AP physics examination