Unit 5: Motion and Newton's First and Second Law
For the quiz you will need to understand and apply the following:
- The affects of mass on falling objects
- The motion of falling objects (constant acceleration of 9.8 m/s^2 down)
- How to solve problems for objects in free-fall (dropped or thrown upwards-finding displacement, velocity, or time)
- Projectile Motion (if a marble rolls off a table, be able to determine where it lands)
- Newton's First Law
- Newton's Second Law
- Be able to explain the motion of a projectile using Newton's first and second law
- How to calculate weight from mass or vice versa
"I know the whole world is watching now. Sometimes you have to go pretty high to see how small you are. I'm coming home."
-Felix Baumgartner
The Data
The Data
Free Fall-Constant Force of Gravity Causing a Constant Acceleration of 9.8 m/s/s
Free Fall-Constant Force of Gravity Causing a Constant Acceleration of 9.8 m/s/s
A Small, Med, & Large Constant Net Force Causing A Small, Med, & Large Constant Acceleration on the Same Mass
A Small, Med, & Large Constant Net Force Causing A Small, Med, & Large Constant Acceleration on the Same Mass
A larger net force causes a larger acceleration. Or a smaller net force causes a smaller acceleration. Therefore it is implied that ZERO net force causes ZERO acceleration. Hence an object in motion...
Increasing the Mass, Decreases the Acceleration when the Net Force is the Same
Increasing the Mass, Decreases the Acceleration when the Net Force is the Same
More Projectile Motion.pdfVirtual Lab Homework Assignment!!!!
Virtual Lab Homework Assignment!!!!
Make predictions and watch the videos in the link below!!!
Newton's Second Law Worksheet Solution
Newton's Second Law Worksheet Solution
Excuse the auto-correct in the title of the document
Meetings Second Law Worksheet Solutions.pdfReview Sheet Solutions
Review Sheet Solutions
Motion with Newton First and Second Law.pdf