29 Mar 2018

Geometry

p. 694  (18 - 22)

LPT p. 696  (1, 2, 3)   Tangent Ratio


LPT 708  (1-4)


Calculus

Definite Integral Problems




Geometry

New Assigned Seating (10 Min)

No talking without permission until further notice.

see above


Bridge

Finish Section 41

28 Mar 2018

Geometry

Review of Prior Material.

LPT p.804 (a, b, c)

p.812 (18, 19)

LPT p.814  (1-4)

LPT p. 828  (a, b, c)


Calculus

Definite Integral Handout



Geometry

see above



Bridge

Pie Chart Handout

27 Mar 2018

Geometry

Note: Angle Relationships in Circles examples p. 834

page 842 LPT (a,b,c)

Note:  page 843 & 844 examples for page 847.

page 847 ((1-4) Complete, tear out, turn in.

page 850  (1-8)  Complete, tear out, turn in.





Calculus

page 285 ( 61-64)  Turn in.

Use example problems p. 277 - 283 to help solve problems.

Geometry

see above

Bridge

Section 41 Growth and Decay  p.568

Notes and Example p. 571 - 574

Work 1-9 p.574

26 Monday 2018

Geometry

review p.883 Arc Length and Sector Area

page 885 (1-4)  Complete, tear out and turn in.

page 900 (1-4) Complete, tear out, turn in

page 872 (1-3) Complete, tear out, turn in.



Calculus

Finding the area between curves




Problems


Geometry

see above


Bridge

23 Mar 2018

Geometry


Day Two ;  Equations of Circles

(see last lesson)


Calculus

Day Two: Definite Integrals

Geometry

see above

Bridge

22 Mar 2018

Geometry


G.GPE.A.1

Know and write the equation of a circle of given center and radius using the Pythagorean Theorem.

17.1  Equation of Circle  p. 889





Online Practice Problems (Khan)

Online Practice Problems






Work page 890 - 892

p. 896 (1-9;  14-16;






Day Two:

Work p. 893-894

p. 896  (10- 13;  17-23)





Calculus


Examples: Video

Definite Integrals 01

Definite Integrals 02



Geometry

see above


Bridge

20 Mar 2018

ACT Testing Today

19 Mar 2018

ACT Cram Sessions Today

16 Mar 2018

Geometry

G.GMD.A.1 


Note:  PI day activities moved - swap this lesson with yesterday's.

Give an informal argument for the formulas for the circumference of a circle and the volume and surface area of a cylinder, cone, prism, and pyramid.







p.932 ( 1- 12)

p.955 (2-10)


Calculus

Mean Value Theorem 

Part 2

Average Value Theorem

Second Fundamental Theorem of Calculus


p284 (5-10, 19,21,23,25)


Geometry

see above

Bridge

(Continue)
Section 39  Solving Quadratic Equations  p. 547

p. 547  - 551    Notes and Examples

p. 551 (1-16)

15 Mar 2018

Geometry

Note:  PI day activities moved - swap this lesson with tomorrow's.

Finish last set of problems.  Work the following LPT's:

872,  842,  814

Pi Day Activities

Calculus

Continue yesterday's assignment.  Groups put problems on board and check.


Geometry

see above

Bridge

Section 39  Solving Quadratic Equations  p. 547

p. 547  - 551    Notes and Examples

p. 551 (1-16)

13 Mar 2018

Geometry




16.2  Arc Length and Radian Measure  p.862





Finding Arc Length


Discuss how each side could have been multiplied by 2 to leave 180 on the left and pi on the right...


Arc length of concentric circles



Apply lengths ro a segment AX and CX and see what an actual comparison would look like.
change 90 degrees to radians

More Examples




Page 867 (1 - 16, 18-26)


Calculus

4.3 Definite Integrals  p.267





Stillwater Calculus Definite Integral - Def. and Examples

p.272 (3-33)




Geometry

see above




Bridge


Section 38 Graphing Quadratics  p.525

Notes p. 525 - 530

Work (1-12)

09 Mar 2018

Geometry

G.C.B.4 

Know the formula and find the area of a sector of a circle in a real-world context. 






16.3 Sector Area  p.873


Work p. 876  (3-22)



Calculus

4.2 Sigma Notation  p.253

Why we need Sigma Notation...







Sigma Notation








p.262 (25-29)





Geometry

see above


Bridge


Finish last assignment's problems.

08 Mar 2018

Geometry

 G.C.A.2

Identify and describe relationships among inscribed angles, radii, and chords. Include the relationship between central, inscribed, and circumscribed angles; inscribed angles on a diameter are right angles; the radius of a circle is perpendicular to the tangent where the radius intersects the circle.

15.4 Segment Relationships in Circles  p. 815

p.823 (5-21; LPT 828)





Calculus

Continue with last lesson...

CH. 4.1  Antiderivatives ---  Integration

p.242 - 248


Examples 01

Examples 02

Integration Rules p. 244

p.249 (15-42)






Geometry

see above



Bridge


Continue last lesson's problems.

07 Mar 2018

Geometry

15 Min - finish problems from last lesson.

 G.C.A.2

Identify and describe relationships among inscribed angles, radii, and chords. Include the relationship between central, inscribed, and circumscribed angles; inscribed angles on a diameter are right angles; the radius of a circle is perpendicular to the tangent where the radius intersects the circle.















Work a few Chord-chord interior angle problems on board.


 15.5 Angle Relationships in Circles p.829

p. 836 Work (1- 20; LPT p.842)






Calculus

CH. 4.1  Antiderivatives ---  Integration

p.242 - 248


Examples 01

Examples 02

Integration Rules p. 244

p.249 (15-42)




Geometry

see above




Bridge

Section 37  Linear Inequalities p. 515


Notes p. 515 - 521

p. 521 (1- 70)

06 March 2018

Geometry


 G.C.A.2
Identify and describe relationships among inscribed angles, radii, and chords. Include the relationship between central, inscribed, and circumscribed angles; inscribed angles on a diameter are right angles; the radius of a circle is perpendicular to the tangent where the radius intersects the circle.









15.1 Central Angles and Inscribed Angles  p.779

Notes:  p.779, 780,781, 782, 785  Central Angles, Chords, Arcs, etc.

p.786 ( 1-21;



Calculus

Continue working problems in groups

p.217 (23, 26, 33, 55)


Geometry

see above




Bridge

Section 36 Part II  p.493

Notes, Examples p. 493-498

Work (1-6) p.499

05 Mar 2018

Geometry




Go step by step to work proof on p.636    [#2 (p.632-633)]




Take notes and work through the Theorem below:






Calculus

Optimization Problems p. 211  -  215

Examples 01


Examples 02


Work (18-20) p.216/217




Geometry

see above



Bridge

No Students  today - moved assignment to next lesson.

02 Mar 2018

Geometry
Computer Lab - finish Quizzes Modules 01-03


Calculus
Finish last assignment


Geometry
see above


Bridge

Finish last assignment

01 Mar 2018

Geometry

G.SRT.B.4 

Prove theorems about similar triangles.

Theorems include but are not limited to: a line parallel to one side of a triangle divides the other two proportionally, and conversely; the Pythagorean Theorem proved using triangle similarity. 







Text p. 632, p. 634

p.636 #2 (p.632-633)

p.637 (3-16)





Calculus

p. 170  Mean Value Theorem  3.2






Examples 3 &4

p. 172 (31-40; 43)


Geometry

see above




Bridge

Section 36  Inequalities  p.480

Notes & Examples p 480 - 487

Work (1-10)  p.488