Differences

This shows you the differences between two versions of the page.

--- first_law_of_motion [2024/05/04 20:27] – ncox
+++ first_law_of_motion [2024/08/26 13:52] (current) – ncox
@@ Line 1: / Line 1: @@
+*Notes coming soon!
 ===== Dot Patterns Introduction =====
-//**Lesson Summary**//
+{{ :dot_patterns_questions.docx |Dot Patterns}}
-In this lesson, the students will be in groups of 2 (depending on how much paper you can get). You will give each group a long sheet of construction paper. Make it a few feet long. I find that a length of 25 feet is pretty ideal for this activity. Have one of them start by taking evenly spaces steps across the sheet of paper, toe-to-heel, and mark each step on the sheet. Then have them take evenly spaces steps again but this time have them be larger steps, and mark each step on the sheet. Finally, have them take steps that are getting increasingly larger as they move across the sheet and mark off each step.
+{{ :dot_pattern_forensics.pdf| Dot Pattern Forensics}}
-{{ :dot_patterns_questions.docx |Dot Patterns}}
+{{ ::dot_patterns_notes.pdf |Dot Patterns Notes}}
-{{ :dot_pattern_forensics.pdf |Dot Pattern Forensics}}
@@ Line 15: / Line 15: @@
 ===== Dot Patterns and Inertia =====
-//**Lesson Summary**//
-We've learned what dot patterns correspond to constant speed, speeding up, and slowing down. That's three different manifestations of motion. Last class, we did practice with having only one of those types of motion present and identifying which kind it was. Now, we're going to look at some dot patterns where we have multiple forms of motion present.
 {{ ::complex_dot_patterns.docx |Complex Dot Patterns}}
@@ Line 24: / Line 20: @@
 ----
-===== Aristotle vs. Galileo Experiment =====
+===== Dot Patterns in 2D =====
-----
-===== Released While Moving =====
+{{ ::dot_patterns_in_2_dimensions.docx |2D Dot Patterns}}
-----
-===== Slippery Roads and Seatbelts =====
-----
-===== Dot Patterns in 2D =====
 ----
@@ Line 42: / Line 29: @@
 ===== Net Forces =====
-----
+{{ ::net_forces.docx |Net Forces Worksheet}}
-===== Why are Orbiting Astronauts Weightless? =====
 ----
 ===== Mass vs. Weight =====
+{{ ::mass_vs._weight.docx |Mass vs. Weight Practice}}
 ----
 ===== Comparing Magnitude of Velocity and Acceleration =====
+{{ ::comparing_magnitude_of_velocity_and_acceleration.docx |Comparing Magnitude of Velocity and Acceleration Worksheet}}
 ----
 ===== Net Forces: Speeding up vs. Slowing Down =====
 {{ :net_forces_-_speeding_up_and_slowing_down.docx |Net Forces: Speeding up vs. Slowing down}}