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(N-Q 1,2,3) Reason quantitatively and use units to solve problems
(A-CED 2) Create equations that describe numbers or relationships
(F-IF 4,6) Interpret functions that arise in applications in terms of the context
(F-IF 7,9) Analyze functions using different representations
(F- TF 3,4) Extend the domain of trigonometric functions using the unit circle
What is the relationship between rate graphs and accumulation graphs?
How can we use derivatives & integrals to connect accumulation and rate of growth?
How can we find the volume of a pyramid and determine how a solar collector accumulates energy?
1. BDD Volume of Pyramid Approximation by Layers
2. BDG PoolTable 6By10
3. BDG Pool Table : 6X6, 6X7, 6X8, 6X9, 6X10
4. BDG Pool Table 3X3, 3X4,3X5, 3X6
5. BDJ Visual Room: 8 by 10 and 7 high
6. 251v0 Two Graphs of Rate, Time, Amount
7. BEC What's Watt Solution
8. BED Electrical Meter Solution
9. BEE Tilted Duct
10. 255 Tilted Duct Collecting Rain
11. BEE Tilted Duct Q4
12. Tilt the Duct
13. p255 Reverse Tilted Duct Collecting Rain Water (RED)
14. BEFv2 Sun Collected by Solar Panel During Day
15. BEGv4 Sun Collected by Solar Panel During Day
16. BEG_V6 Rate & Accumulation
17. Estimation of Area Under a Curve Using "n" Rectangles
18. Accumulation of Rate Graph : More Rectangles
19. Trapezoid and Riemann Sum of Area Under Curve
20. Area Under a Function: Riemann, Trapezoid, Integral
21. BEI How Fast
22. BFA Time-Height of Free Fall & Instantaneous Speed