Physics 20: Assignment 8 1
ASSIGNMENT 8
39 Part One: Acceleration Due to Gravity
Marks Part One of this assignment is worth 15 marks. The value of each question is noted in the left
margin in parentheses. Note: The answer areas will expand to fitthe lengt
Physics 20: Assignment 1 2
(1)
Answer:
(1)
(1)
Answeri E
b. Magnitude of100. direction is 75" S of E
75 degrees
V = 100
c. Magnitude of 100, direction is 80“ E of N
80 degrees
d. Magnitude of 100, direction is 35” W of N
35 degrees
e. Magnitude of 10
Physics 20: Assignment 6 1
ASSIGNMENT 6
47 Part One: Newton’s First and Second Laws of Motion
M Part One of this assignment is worth 15 marks. The value of each question is noted in the left
arks . . g , .
margin In parentheses. Note. The answer areas wrl
Physics 20: Assignment 3 1
52
Marks
Total
1.
(1)
Answer:
(1)
Answer:
(1)
Answer:
(1)
Answer:
(5) 2.
Answer:
ASSIGNMENT 3
Part One: Graphing Vector Addition in Two Dimensions
Part One of this assignment is worth 14 marks. The value of each question is note
Physics 20: Assignment 10 1
ASSIGNMENT 10
43 Part One: Understanding Circular Motion
Part One of this assignment is worth 26 marks. The value of each question is noted in the left
Marks . . g . .
margin in parentheses. Note. The answer areas wrll expand t
Physics 20: Assignment 7 1
ASSIGNMENT 7
63 Part One: Free-Body Diagrams and Net Force
Marks Part One of this assignment is worth 9 marks. The value of each question is noted in the left
margin in parentheses. Note: The answer areas will expand to fit the
Physics 20: Assignment 5 1
15
ASSIGNMENT 5
Unit A Assessment
Marks This assignment is worth 15 marks. The value of each question is noted in the left margin in
Total
Answer:
Answer:
(2)
Answer:
(6)
Answer:
parentheses. Note: The answer areas will expand t
Physics 20: Assignment 4 1
(ix < V'X J,/‘ K k”
. l . , ASSIGNMENT 4
ANN ’7 \ﬂ' Lt *E‘ “77" (,AZ/
34 Part One: Solving Projectile Problems
Marks Part One of this assignment is worth 14 marks. The value of each question is noted in the left
margin in parent
Physics 20: Assignment 2 1
ASSIGNMENT 2
57 Part One: Graphical Analysis of Uniform Motion
Marks Part One of this assignment is worth 27 marks. The value of each question is noted in the left
margin in parentheses. Note: The answer areas will expand to fit
Class Set
Acceleration Practice
1.
A racecar accelerates from rest to a speed of 287 km/h in 6.8 seconds. What is its average acceleration?
2.
The space shuttle undergoes an acceleration of 53.9 m/s2. How fast is it traveling at the end of 55.2 s?
3.
You
Physics 20: Assignment 11 1
ASSIGNMENT 11
36 Part One: Kepler’s Three Laws of Planetary Motion
Marks Part One of this assignment is worth 13 marks. The value of each question is noted in the left
margin in parentheses. Note: The answer areas will expand t
Physics 20: Assignment 12 1
51
Marks
Total
(1) 1.
Answer:
(2) 2.
Answer:
(4} 3.
Answer:
(2) 4.
Answer:
(1) 5.
Answer:
l(2) 6.
Answer:
(2) 7.
Answer:
ASSIGNMENT 12
Part One: Work, Potential Energy, and Kinetic Energy
Part One of this assignment is worth 28
Physics 20: Assignment 13 1
ASSIGNMENT 13
41 Part One: Mechanical Energy and the Work-Energy Theorem
Marks Part One of this assignment is worth 22 marks. The value of each question is noted in the left
margin in parentheses. Note: The answer areas will ex
Physics 20: Assignment 15 1
ASSIGNMENT 15
53 Part One: Simple Harmonic Motion of a Weighted Spring
Marks Part One of this assignment is worth 30 marks. The value of each question is noted in the left
T margin in parentheses. Note: The answer areas will ex
Physics 20: Assignment 16 1
ASSIGNMENT 16
33 Mechanical Resonance
Marks This assignment is worth 33 marks. The value of each question is noted in the left margin in
Total parentheses Note: The answer areas will expand to fit the length of your response.
1
Physics 20: Ass:gnment 17 1
ASSIGNMENT 17
38 Part One: Properties of Mechanical Waves
Marks Part One of this assignment is worth 15 marks. The value of each question is noted in the left
Tot 3 merge in parentheses. Note: The answer areas will expand to fi
Physics 20: Assigrmient ta 1
ASSIGNMENT 18
27 Part One: Wave Phase, Interference, and Standing Waves
Marks Part Che. of :lus assignment is worth 15 marks. The value of each question is noted in the left
T I margri 2r: parij'liheses. Note: The answer areas
Physics 20: # est-gr
27
Marks
Total
(05)
Answer:
(0.5)
Answer:
(0.5)
Answer:
Part Orv-3 of this assignment is worth 16 marks. The value of each question is noted in the left
sereniheses. Note: The answer areas will expand to fit the length of your
ma: {:
Newtons Three Laws of
Motion
Today
Newtons First Law
Issac Newton (1643-1727)
English physicist,
mathematician, astronomer,
and philosopher
Played a major role in the
development of calculus
His law of universal
gravitation and three laws
of motion are th
CLASS SET
Lab: Analyzing the position, velocity, and acceleration of a marble
Complete this lab write-up in your notebook. Tables and graphs represented here are a suggestion of how you
should obtain and graph your data. DO NOT FILL THEM IN. Also, the pro
Class Set
If youre not drawing an FBDyoure doing it wrong
Newtons Laws Day 1 and Day 2 Practice Set
Draw Free Body Diagrams for the following scenarios. Give all forces a name:
2. A car is travelling eastwards at a constant velocity. Dont ignore friction
25.5/52
49%
2/5
If you are to draw the diagram perfectly to
scale, then you need to just measure the
distance and angle directly. Their displacement
is 2.65 km 48 South of East.
0/1
0/1
0/2
Use Cosine to nd the x component of vector 1:
v1x = (175) cos70
v
13/27
48%
4/4
1/2
2/2
The combined waveform shows an amplitude that is larger when the two waves
are in phase than either wave alone.
1/2
The combined waveform shows an amplitude that is smaller when the two
waves are out of phase than either wave alone.
41.5/53
0.5/1
78%
same as
1/1
0.5/1
larger than
2/2
1/1
2/2
1/2
the period decreases with an increase in the spring constant.
3/3
1.5/3
(-0.0427)
0.250 kg
+8.20 m/s^2
you were to nd speed, not acceleration
0/2
vmax = A(k/m) = 0.751 m/s
1/1
2/2
3/3
2/3
2
0
Graph Review
1. An object, located at the origin when t = 0, moves along the x axis as shown in the diagram. At which point is the object farthest
from its starting point?
A) A
B) B
C) C
D) D
E) E
Use the following to answer questions 2-3:
2. Which graph
Unit 2 Video Links
A Tour of the Eukaryotic Cell: https:/www.youtube.com/watch?v=oXcGsEt7PP8
Cell Membrane Structure and Function: https:/www.youtube.com/watch?v=QY2aS8fXqtI
Origins of the Eukaryotic Cell: https:/www.youtube.com/watch?t=1&v=DwbbkH4oV6o
Or
Class Set
Uniform Accel. & Kinematics
For these problems assume g=9.80
1. A stone is dropped from the top of a cliff and seen to hit the ground after 3.5 seconds. How high
is the cliff? (60.m)
2. a) How long does it take for a brick to hit the dirt if it