HW#49
HW#48
In your textbook, read pages 655-658
On page 658, answer questions 22-24
HW#47
In your textbook, read pages 642-647
On page 647, answer questions 1-4
HW#46
In your textbook, read pages 623-626
On page 626, answer questions 15(a,b,c) and 16(a,b,c)
HW#45
In your textbook, page 619
Answer questions 4a,b and 5
HW#44
HW#43
in textbook, read pages 569-571
answer questions 21-23 on page 572
HW#42
In your workbook
questions 19-22, pg 108
HW#41
Read pages 564-568 in textbook
Answer questions 11-13 on page 568
HW#40
In your workbook
HW#39
Read pages 549-553 in your text
On page 552 answer questions 9&10
HW#38
Complete Electrostatics review sheet #2
HW#37
Complete Electrostatics review sheet
HW#36
Read pages 540-545 in your textbook
Answer quest. 1,3-7 on page 545
Exam #1-Term 2
HW#35
Complete Review Sheet
HW#34
Complete Review Sheet
HW#33
Complete
Review Sheet
HW#32
Complete Kinetic Energy
Worksheet
HW#31
Complete Regents Questions on Work
and Power (worksheet)
HW#30
Read pages 51-52 in your workbook
On page 52 answer questions 136- 139
HW# 29
Read pages 52-53 in workbook
Answer
questions 136-139
HW#28
Read pages 43-44 (workbook)
Answer questions 93-99 on page 44
HW# 27
Read pages 153-156
Answer questions 16, 17 (a.b and c)
HW# 26
Read pages
146-149
Answer
question #1 (a,b and c) on page 150
HW #25
Read pages 132-135
Answer questions 34-36 on page 133
HW#24
Kinetic and static worksheet
HW#23
Read pages 126-129 (textbook)
Answer questions 18-21 on page 128
HW# 22
Read pages 102-105 (textbook)
Explain the tension in ropes and strings in terms of Newton's
Third Law
HW#21
Read pages 102-104 (textbook)
Answer questions 28-30 on page 104
Project due see me for directions/rubric
HW#20
Read pages 96-101
Answer
questions 21-26 on page 101
HW#19
Read pages 92-95 (especially Table 4-2 on page 94)
Page 93- answer questions 7&8
Page 95- answer questions 9 &10
HW#18
Read page 89 (textbook)
Answer questions 3-5 on page 89
HW#17
Read pages 87-88 in your textbook. Define a contact force, and a field force. Determine your own weight in Newton's
Exam#4-
HW#16
Complete regents review worksheet
HW#15
Answer questions
46-49 (skip #47)
HW#14
Read pages 72-75
Pg
74- answer questions 42, 43 and 44
HW#13
Read pages 68-71
Section Review-pg 71 answer questions 34,35,38, 39, and
41
HW# 12
Read pages 65-71 in your textbook
Pg 65 practice problems 19, 20, 21
Pg 67 practice problems 22, 23
Exam#3-10/14
Project due 10/10
Create a particle model or vector diagram to explain a motion diagram (pictures).
Develop a P-T graph to explain your motion diagram.
Use pages 31-37 in your textbook to help you with some ideas.
HW#11
Complete V-T graph sheet
HW#10
Read pages 15-18 in your textbook
Pg 18 complete practice problem #24
Exam#2 9/25
HW#9
1.
One angle of a right triangle is 30°. The length of the hypotenuse is 10cm. Use trigonometry to calculate the lengths of the other sides of
this triangle. Check your answer using the Pythagorean Theorem (show all work).
2. Using the same principles
as above, lets use a real world connection. A plane is traveling
at a velocity of 300 m/s in the direction 30° North of East. At what velocity
is the plane traveling to the North? To the East?
Draw:
1. 1. 7m due North and 5m due East
Determine the angle closest to the origin point and the
proper scale
2. 380m due west and 790m due South
Determine the proper scale and the angle closest to the
origin point
HW#7
Complete Vectors worksheet
HW#6
Draw the following vectors using the scale,
1cm=1m
3m [30 North of East]
2.2.5m [45 South of West]
3.2m [40 North of West]
HW#5
Complete Vector and Scalar #2 worksheet
Exam # 1 9/12
HW#4
Complete Approximations and Data analysis review sheet
HW#3
Complete The Scientific Notation and Calculations
Worksheets
HW#2
Complete the Unit Conversions and Factor Label
Method Worksheet
Show all work (Use Dimensional Analysis)
HW#1
Complete the Systeme International D'Unites
(SI) Worksheet
Show all work (Use Dimensional Analysis)
