24 Mar 2017

Block 01

Bridge


Work the following problems:

p. 313 (20, 21, 22, 29, 30, 31)
p. 320  (30 - 54)


Block 03

Geometry p.663

12.4 Similarity in Right Triangles

Exploration questions p.663 - 670
Evaluation Problems p. 671 - 674 inc. Lesson Performance Task


Block 04
Bridge

Work the following problems:

p. 313 (20, 21, 22, 29, 30, 31)
p. 320  (30 - 54)

Block 05

Calculus

p. 273 (26-38; 53, 55)

HW  Watch the following videos over break, take notes, and work out problems shown:

23 Mar 2017

Block 01

Bridge
Section 23 Permutations p.314

Notes-----
p.314 - 319
Examples 1, 2, 3, 4, 5, 6
p. 319 (1- 8)
Notes-----
Problems (9-29)

Block 03

Geometry  p.653

12.3 Using Proportional Relationships




Exploration questions p. 653 - 656

Evaluation problems p. 657 - 662 inc. Lesson Performance Task.

Block 04

Bridge
Section 23 Permutations p.314

Notes-----
p.314 - 319
Examples 1, 2, 3, 4, 5, 6
p. 319 (1- 8)
Notes-----
Problems (9-29)

Block 05

Calculus

p.272 ( 6 - 25)

22 Mar 2017

Block 01

Bridge

Section 22  Fundamental Counting Principle p.309

Notes -----
p. 309 - 311
Examples 1, 2, 3, 4, 5
p.312 (1-8)
Notes-----

Problems p.312  (9-19)


Block 03

Geometry  p. 631
12.1  Triangle Proportionality Theorem





Work through explanation problems Ex 2 p.633 (A, B, 5, 6) and Ex 4 p.635  (A, B, 8-12)

Evaluation problems p.636 (2-18;  Lesson Performance Task p.640)


Block 04

Bridge
Section 22  Fundamental Counting Principle p.309

Notes -----
p. 309 - 311
Examples 1, 2, 3, 4, 5
p.312 (1-8)
Notes-----

Problems p.312  (9-19)


Block 05

Calculus

4.3  Riemann Sums  p.265








Jim Bowen Stillwater Calculus Riemann Sums 01


Definitions and Examples p. 265 - 272

p. 272 (1-5)

21 Mar 2017

ACT Testing

20 Mar 2017

Block 01
Bridge
ACT Review



Block 03
Geometry
ACT Review

Block 04
Bridge
ACT Review

Block 05
Calculus

17 Mar 2017

Block 01

Bridge

Complete lesson from last 2 classes.



Block 03

Geometry

11.4  AA Similarity of Triangles p.611

3 minute review of interior sum of triangles...

Exploration questions p. 611 - 616

Evaluation questions (1-22) p.617

Lesson Performance Task p.622

Block 04

Bridge
Complete lesson from last 2 classes.

Block 05

Calculus

Finish yesterday's lesson.

16 Mar 2017

Block 01

Bridge

Continue last lesson.


Block 03

Geometry

11.3 Corresponding Parts of Similar Figures  p.601





Exploration questions p. 601 - 605
Properties p.603
Evaluation problems p.606 (1-20; 23, 24)



Block 04

Bridge

Continue with last assignment.



Calculus


Students work in pairs today

Check assorted problems (9 - 20) p.249
Continue finding integrals p. 249  (21 - 36)  Check

15 Mar 2017

Block 01

Bridge

Section 40 Solving Quadratics by Factoring p.554

Notes-----
Examples 1, 2, 3, 4, 5, 6, 7, 8, 9
Green Box Notes
Problems (1-15) p.565/566
Notes-----

Problems (16 - 45) p.566

Block 03

Geometry

11.2 Proving Figures are Similar using Transformations p.587

Brief review of terms and ideas...

Compare/Contrast definitions of Congruent and Similar

Congruent: Corresponding angles have same measure, corresponding sides have same length.

Similar: Corresponding angles have same measure, corresponding sides are proportional.

Refer back to Dilations and Dilation notation.

(x, y) → (3x, 3y) is an example.  D 3 is another way.  3 would be the scale or scaling factor.

The rigid Congruency Transformations are: translation (slide), rotation, reflection.

The non-rigid Similarity Transformation is:  dilation.

...BUT since a dilation with a scale factor of 1 produces a congruent image, congruent figures are also similar.   So when we are introduced to Similarity Transformations, we can include the rigid or congruency transformations along with dilatons.

Think of it this way...  Congruent figures are also Similar, but Similar figures are not often Congruent.

--------------------
(Begin at 2:19)

--------------------



Remember, today's objective is Proving Figures are Similar using Transformations.

Complete Exploration questions p.587 to p.592.  Stop at 3: Proving All Circles Are Similar.
We will do the Circle proof next class.

Work the Evaluation Problems (1 - 15) starting on p.594.  Finish as Homework if needed.


Tomorrow: Proving all circles are congruent...  problems 17 - 20 p.598  and  11.3 Corresponding Parts of Similar Figures p.601



Remember, today's objective was Proving Figures are Similar using Transformations.

Block 04

Bridge

(Review due to many students out that day)
Section 40 Solving Quadratics by Factoring p.554

Notes-----
Examples 1, 2, 3, 4, 5, 6, 7, 8, 9
Green Box Notes
Problems (1-15) p.565/566
Notes-----

Problems (16 - 45) p.566



Block 05

Calculus

14 Mar 2016

Block 01

Bridge

Pi Day preparations










Geometry  p.577

11.1 Dilations  (Similarity)



Exploration problems p.577 - 581
Evaluation problems (1-18) p.582


Block 04

Pi Day preparations

(see Block 01)


Block 05

Calculus

Watch high points of video 2 from yesterday and discuss.  Apply things learned to problems 27 p.217 and also work problem 20.

13 Mar 2016

Block 01

Bridge Section 29 p.370

Notes p.320 -   380

Green Box Notes, Examples 1- 7

Problems  (1-25) p. 381



Block 03

Geometry  p.549

10.5  Perimeter and Area in the Coordinate Plane




Exploration Problems p 549-551



Evaluation Problems p. 559  (1-8; 15, 16)



Block 04

Bridge  Section 44 Solving Rational Expressions p.611

Notes----
p.611
Green Box Notes, Examples 1, 2
Study Tip
(1-2) p.616
Notes----

Problems (3-6) p.317




Block 05

Calculus

3.7 Applied Min/Max Problems  p.211

Examples 1 - 5

CL/HW:  Follow along and copy down the problems from the examples below.
Show for credit tomorrow.









Problems (7,9,19,25,33) p.216

10 Mar 2017

Block 01

Bridge
Section 25  Probability continued
p.336/337 (35 - 58)


Block 03

Geometry p.537

10.4 Coordinate Proof Using Distance with Quadrilaterals

Work Exploration Problems p.537 - 542

Complete Evaluation Questions (1 - 20) page  543   - 546


Block 04

Bridge
Section 40  (Review)
Solving by Factoring
p.554 - p.560        Examples 1, 2, 4, 6, 8
Problems (9 - 40) p. 566


Block 05

Calculus

p. 200 (46 - 58 EVEN)
Work together and check problems with each other.

09 Mar 2017

Block 01

Section 25  Probability  p. 329


Notes----

Green Box Notes, Ex 1, 2, 3, 4

Problems (  1 - 10) p. 335

Notes-----

Problems (11 - 30)  p.335




Block 03

Geometry  p. 521

Coordinate Proofs Using Distance

Remember the Midpoint Formula and Distance Formulas
Strategies for positioning figures on coordinate plane top of page 523








Explanation Problem #2 p.525
Explanation Problem #3 p.526/527
Explanation Problem #4 p.528/529

Evaluation Questions (3 - 19 ODD) p.531



Block 04

Bridge p. 588
Section 43  Domain and Range

Notes-----
Green Box Notes, Study Tip

Problems (1 - 4) p. 593


Block 05

Calculus

3.6  Analyzing the Graph of  a Function  p.202

Notes p.202

Example 1, 2, 3

Problems (1-4) & (7 - 21 ODD)  p.208

08 Mar 2017

Block 01

Section p.322

Notes-----

p.324 - 326

Green Box Notes
Examples 2,3
Problems 1 - 20 p. 326
---------
Problems (29 -43) p. 326


Block 03

Geometry   p.509

Slope and perpendicular lines







Notes p. 509 - 515
Work Problem 5 p.512
Work Explanation Problem 2 p. 513/514

Evaluation Problems (1 - 21  ODD) p.515


Block 04

Bridge
Section 42  Annual Growth and Decay
Notes-----  Examples 1, 2, 3, 4
Green Box Notes
Study Tip p.585
p. 585 1 and 2

Problems p.586 (3 -5)


Block 05 Calculus

Continue with Limits at Infinity

p.200 ( 49 - 59 ODD)

07 Mar 2017

Block 01

Section p.322

Notes-----

p.324 - 326

Green Box Notes
Examples 2,3
Problems 1 - 20 p. 326
---------
Problems (29 -43) p. 326


Block 03

Geometry

Finish problems (1 - 9) p.489  (15 minutes)



10.1 Slope and Parallel Lines p.495


Proving by Converse Parallel Line Theorems:

Remember the relationships among all the angles formed when Parallel Lines are crossed by a Transversal Line.

Proving Lines are Parallel Analytically



Parallel Lines (or, Why Math Teachers Should Never Sing)



Note***
If you write a 1 paragraph essay on what you learned from this video (besides the fact math students/teachers can't sing) it will replace one online assessment grade.





Evaluation Questions p. 501 ( 1 - 22)



Block 04

Bridge


Section 41 continued
p. 574  ( 7, 8, 9)


Calculus

Continue with yesterday's lesson  (see last post)

06 Mar 2017

Block  01

Bridge

Section 23  Permutations

Notes -----

p. 314 -
Examples 3,4,5,6 and Green Box Notes, Study Tips

Problems:  (13 - 32) p.320


Block 03

Geometry 9.4 Properties of Kites and Trapezoids p. 471

Notes p.472 - 477
Kite Theorems
Isosceles Trapezoid Theorems
Trapezoid Mid segment Theorem
p.478 problem 11




Evaluation Problems p479  (1-16)

HW  p.487-488 (Examples)
problems p.489 (1 - 9)

Note Grades due in Friday - online assignments must be completes by then.


Block 04

Bridge
Section 41  Growth and Decay p.568
Notes---
p.569 - 574
Green Box Notes, Study Tip, Examples1, 2, 3

Problems
p.574 (1 - 6)


Block 05

Calculus
 3.5 Limits at Infinity p. 192

Horizontal Asynmptotes
Indeterminate Form


Definitions, etc p. 192, 193, 195,  198
Examples 1 - 8






Work problems from the following videos.

Infinite Limits 01

Infinite Limits 02

Infinite Limits 03



Problems to be assigned tomorrow and following day.  Today we take notes and work example problems


HW:

Shortcut to find Horizontal Asymptotes  Video



Finding Slant Asymptotes

03 Mar 2017

Block 01

Bridge

Notes 308 - 311

Problems (1-10) p.312



Block 03

Geometry

Notes:  p.447 - 451

Finish        9.3 Evaluation Problems

p. 452 (1 - 17)



Block 04

Bridge

p. 567  # 84, 87




Block 05

Calculus
p. 189  (1-13 ODD)
Check work - show all steps

03 Mar 2017

02 Mar 2017

Block 01

Bridge

Study Tip p.251

Problems p.251  (1-8)

Block 03

Geometry

9,2  Conditions for Parallelograms

Opposite Sides Criteria
Opposite Angles Criteria
Diagonal Bisector Criterion

Evaluation Questions p.439 (1 - 17)

9.3  Properties of Rectangles, Rhombuses, and Squares
Exploration Questions p. 447 - 451

Finish 9.3 Evaluation Problems tomorrow

Enrichment Video







Block 04

Bridge

p. 566 (73-80)



Block 05

Calculus

Notes p. 184 - 189

Concavity
Inflection Points
2nd Derivative Test

Work through the following examples:
Ex 1 Ex 3, Ex 4

01 Mar 2017

Block 01

Bridge

p. 241  35, 36, 43, 44, 45

Section 20 Sine, Cosine, Tangent
Notes p. 244 - 247


Block 03

Geometry
Unit 2 Readiness Questions p. 411
(1 - 10)  40 min

9.1 p. 419  Properties of Parallelograms
Exploration Questions p. 419 - 425
Evaluation Questions p. 426 - 430  (1-24)
Unworked Questions are homework



Block 04 Bridge

p. 566 (40 - 54)


Block 05

Calculus

Projectile Motion Problem 01

Projectile Motion Problem 02

Projectile Motion Problem 03