Block 01
Bridge
Study Hall - EOC
Block 03
Geometry EOC 1st day
Block 04
Bridge
Study Hall - EOC
Block 05
Calculus
Finish up Area Between Curves -- Begin Volume of Revolution by Washer Method
Friday, April 21, 2017
Wednesday, April 19, 2017
19 Apr 2017
Block 01
Bridge
Section 53 continued
p.694 (47-56)
Block 03
Geometry
EOC Review
Block 04
Block 05
Work problems - Area between curves
Bridge
Section 53 continued
p.694 (47-56)
Block 03
Geometry
EOC Review
Block 04
Block 05
Work problems - Area between curves
Geometry EOC Review
Items will be added up to the day of the EOC. Check in between now and then for updates.
- Mr. Smith
Review Handout Link (PDF)
Congruence by Transformations (Translation, Reflection, Rotation.)
All Circles are Similar---------------------
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-----
Equation of a Circle:
Graphing Circles in Standard Form (Center Radius Form)
Properties of Parallel Lines
Geometric Transformations:
Rigid Transformations:
Non-rigid transformations:
- Mr. Smith
Review Handout Link (PDF)
Congruence by Transformations (Translation, Reflection, Rotation.)
All Circles are Similar---------------------
-----
-----
Equation of a Circle:
Graphing Circles in Standard Form (Center Radius Form)
Properties of Parallel Lines
Geometric Transformations:
Rigid Transformations:
Non-rigid transformations:
Tuesday, April 18, 2017
18 Apr 2017
Block 01
Bridge
Section 53 Set Concepts (cont) p.684
Work problems (1-14) p.693
Block 03
Geometry
16.3 Sector Area (and Arc Length)
Evaluation Problems p. 878 (5-10; 14-17; 22;28)
The Center-Radius Form of a Circle
Block 04
Bridge
Section 53 Set Concepts (cont) p.684
Work problems (1-14) p.693
Block 05
Calculus
Area Between Curves
Bridge
Section 53 Set Concepts (cont) p.684
Work problems (1-14) p.693
Block 03
Geometry
16.3 Sector Area (and Arc Length)
Evaluation Problems p. 878 (5-10; 14-17; 22;28)
The Center-Radius Form of a Circle
Block 04
Bridge
Section 53 Set Concepts (cont) p.684
Work problems (1-14) p.693
Block 05
Calculus
Area Between Curves
Monday, April 17, 2017
17 Apr 2017
Block 01
Bridge
Sets p.685
Notes-----------------
Work out Examples 1 - 6 p. 685 - 688
Copy Table 53.1 p.685
Copy Table 53.2 p.689
Notes---------------
Finish next class
Block 03
Geometry
18.4 Volume of Spheres p.963
19.4 Surface Area of Spheres p.1019
So... if the volume of a cone is 1/3 a cylinder of the same radius... how much of a cylinder will be filled by a sphere of the same radius???
Evaluation Problems (2-15) p.968
Evaluation Problems (1-10) p.1023
Block 04
Bridge
Sets p.685
Notes-----------------
Work out Examples 1 - 6 p. 685 - 688
Copy Table 53.1 p.685
Copy Table 53.2 p.689
Notes---------------
Finish next class
Block 05
Calculus VOlume - Method of Shells
Bridge
Sets p.685
Notes-----------------
Work out Examples 1 - 6 p. 685 - 688
Copy Table 53.1 p.685
Copy Table 53.2 p.689
Notes---------------
Finish next class
Block 03
Geometry
18.4 Volume of Spheres p.963
19.4 Surface Area of Spheres p.1019
So... if the volume of a cone is 1/3 a cylinder of the same radius... how much of a cylinder will be filled by a sphere of the same radius???
Evaluation Problems (2-15) p.968
Evaluation Problems (1-10) p.1023
Block 04
Bridge
Sets p.685
Notes-----------------
Work out Examples 1 - 6 p. 685 - 688
Copy Table 53.1 p.685
Copy Table 53.2 p.689
Notes---------------
Finish next class
Block 05
Calculus VOlume - Method of Shells
Thursday, April 13, 2017
13 Apr 2017
Block 01
Bridge
Continue and finish yesterday's assignment
Block 03
Geometry
18.2 Volume of Pyramids (Surface Area added) p.937
18.3 Volume of Cones (Surface Area added) p.
Evaluation Problems (1-19) p.943
Evaluation Problems (2-12; 14, 15, 20) p.955
Monday Volume and Surface Area of Spheres
Tues and Wed Work and complete Review
Block 04
Bridge
Continue and finish yesterday's assignment
Block 05
6.3 Volume: the Shell Method p.432
Finding Volume using Method of shells
Shell Method 01
work problems on page
Page 437 (1,3,7,13,35)
Homework over the weekend: copy examples from problems below- Turn in Monday.
Shell Method 02
Shell Method 03
Shell Method 04
Bridge
Continue and finish yesterday's assignment
Block 03
Geometry
18.2 Volume of Pyramids (Surface Area added) p.937
18.3 Volume of Cones (Surface Area added) p.
Evaluation Problems (1-19) p.943
Evaluation Problems (2-12; 14, 15, 20) p.955
Monday Volume and Surface Area of Spheres
Tues and Wed Work and complete Review
Block 04
Bridge
Continue and finish yesterday's assignment
Block 05
6.3 Volume: the Shell Method p.432
Finding Volume using Method of shells
Shell Method 01
work problems on page
Page 437 (1,3,7,13,35)
Shell Method 02
Shell Method 03
Shell Method 04
Wednesday, April 12, 2017
12 Apr 2017
Block 01
Bridge
Notes----
Checkpoint 1 through 6 p. 169 - p.172
Work problems 1 - 10 p. 172
Notes-----
Problems 15 - 49 ODD ONLY p.173
Block 03
Geometry
18.1 Volume of Prisms and Cylinders p.925
Review area for Circle
When finding Volume, it doesn't matter if the cylinder is Right or Oblique... just use the perpendicular height.

When finding Surface Area for an oblique, or leaning, cylinder, you need to use the slant height...
Problems: Evaluation Questions 1 - 19 p.932 - p.935 + Lesson Performance Task p.936
Block 04
Bridge
Notes----
Checkpoint 1 through 6 p. 169 - p.172
Work problems 1 - 10 p. 172
Notes-----
Problems 15 - 49 ODD ONLY p.173
Block 05
Calculus
Continue Volumeas of Revolutions - Disk Method
Bridge
Notes----
Checkpoint 1 through 6 p. 169 - p.172
Work problems 1 - 10 p. 172
Notes-----
Problems 15 - 49 ODD ONLY p.173
Block 03
Geometry
18.1 Volume of Prisms and Cylinders p.925
Review area for Circle
When finding Volume, it doesn't matter if the cylinder is Right or Oblique... just use the perpendicular height.

Use the combined areas of the "unrolled" right cylinder above to fins the Surface Area
Oblique cylinder Surface Area requires you to use the Slan Height, l, in the formula.
When finding Surface Area for an oblique, or leaning, cylinder, you need to use the slant height...
Problems: Evaluation Questions 1 - 19 p.932 - p.935 + Lesson Performance Task p.936
Block 04
Bridge
Notes----
Checkpoint 1 through 6 p. 169 - p.172
Work problems 1 - 10 p. 172
Notes-----
Problems 15 - 49 ODD ONLY p.173
Block 05
Calculus
Continue Volumeas of Revolutions - Disk Method
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