Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x —...

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Lessons 141 to 143.notebook 1 December 05, 2019

Transcript of Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x —...

Page 1: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 2: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 3: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 4: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 5: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 6: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

= 2 = 4

= 1.5 = 4.5

= 2 = 6

= 16 = 8

= 8 = 12

= 12 = 18

Page 7: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019

Page 8: Lessons 141 to 143.notebook December 05, 201924, then SD 15) If AD - 16) If AB x + 4 and BC = 2x — 4, then x = and AC = 8 X AB = In A ADC, H is the centroid. 18, then HE = and DE

Lessons 14­1 to 14­3.notebook

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December 05, 2019


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Slide 10- 1 · Armstrong's inference rules: IR1. (Reflexive) If Y subset-of X, then X -> Y IR2. (Augmentation) If X -> Y, then XZ -> YZ (Notation: XZ stands for X U Z) IR3. (Transitive)

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MATH 318 Mathematical LogicFix p 2P, if x 2p, then [x] E = p. If yEx, then 9p02P with x,y 2p0, but p \p062˘. Since x 2p \p0, so p = p0, hence y 2P. This shows [x] E p. 9 Conversely

Introductionenergystepcode.ca/app/uploads/sites/257/2020/10/BCBC... · Web viewBC ENERGY COMPLIANCE REPORTS MANUAL: BCBC 2018 REVISION 1 – EFFECTIVE DEC. 10, 2018 TO DEC. 11, 201924

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Clampers (H.1) · Wheel clamp function clamp(x, min, max): if (x < min) then x = min; else if (x > max) then x = max; return x; end clamp woodworking clamps Surgical Clamp

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Beyond Psychometrics: Measurement · Let X, Y, and Z be any three values of a variable, Q. Then Q is ordinal if and only if: 1) if X ≥ Y and Y ≥ Z then X ≥ Z (transitivity)

Beyond Psychometrics: Measurement · Let X, Y, and Z be any three values of a variable, Q. Then Q is ordinal if and only if: 1) if X ≥ Y and Y ≥ Z then X ≥ Z (transitivity)

Bell Ringer 1)If (x) = 3x + 2, then what is the solution of f(2). Hint: substitute 2 in for x. 2) If f(x) = 2x 2 – 3x + 4, then what is f(3), or what’s.

Bell Ringer 1)If (x) = 3x + 2, then what is the solution of f(2). Hint: substitute 2 in for x. 2) If f(x) = 2x 2 – 3x + 4, then what is f(3), or what’s.

f(x) L as x approaches c from either f(x) as x c Lmeans that for each ε > 0 there exists a δ > 0 such that if 0 xcG, then f x L H. Examples: Find the limit L. Then find δ > 0 such

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