Calculus Course. ~ X-Ray OriginalRingsSlicesBoards.

Slides:



Advertisements
Similar presentations
Disk and Washer Methods
Advertisements

Test practice Multiplication. Multiplication 9x2.
The Shell Method Volumes by Cylindrical Shells By Christine Li, Per. 4.
MIT EECS 6.837, Durand and Cutler Transformations.
SPIN
IClicker Quiz (1) I have completed at least 50% of the reading and study-guide assignments associated with lecture 1-4, as indicated on the course schedule.
Whiteboardmaths.com © 2004 All rights reserved
Surface Area and Volume of Spheres
Darryl Michael/GE CRD Fields and Waves Lesson 2.1 VECTORS and VECTOR CALCULUS.
Vector calculus 1)Differential length, area and volume
S3 BLOCK 8 Area and volume Area Learning Outcomes
Area Learning Outcomes I can find the area of the following 2D shapes.  Rectangle  Triangle  Trapezium  Parallelogram  Circle S3 BLOCK 8 Area and.
S3 BLOCK 8 Area and volume 1. Area I can find the area of the following 2D shapes.  Rectangle  Triangle  Trapezium  Circle.
A Guide To Calculus. Baseline Rendering Baseline vs. Progressive Rendering 25% 50% 100%
Calculus Course. Baseline Rendering Baseline vs. Progressive Rendering 25% 50% 100%
AP Calculus Lab Maximum Volume of an Inscribed Shape.
Warm-up Get out homework. Agenda Review Homework Continue Chapter 11 Homework.
We often draw two or more E field vectors at one point, when there are two or more charges causing the field. Each vector then represents the field that.
X X X X X X DINOSAUR43 FOSSIL21 SHELLS12 JARASSIC13 EONS5 PERIOD3 SEDIMENT2 LAYERS2 DX1 5) X X X X X X 4) X X X X X X 3) X X X X X X 2) X X X X X.
New York 2008 School Health Profiles Report Weighted Lead Health Education Teacher Survey Results NA=Not available.
Mississippi 2008 School Health Profiles Report Weighted Lead Health Education Teacher Survey Results NA=Not available.
Calculus Course 2 nd Pilot. Integrate from r=0 to r=r 2*pi*r * dr.
10-8 Areas and Volumes of Similar Solids
MAT 1235 Calculus II Section 8.2 Area of a Surface of Revolution
 What is the perimeter and area of this square? 8ft.
FORM:  Uses a shape and adds “substance”-All forms are made up of one or more of the basic shapes in various combinations. (Three-Dimensional) A. Pyramid-
Warm up! Find the surface area of the backpack to the nearest inch:
Warm up! Find the surface area of the backpack to the nearest inch:
Areas & Volumes of Similar Solids Objective: 1) To find relationships between the ratios of the areas & volumes of similar solids.
Similar Ratios Are the following similar and if so what is their ratio? / 6 1 / 2 2 / 4 1 / 2 3 / 6 1 / 2 Yes, 1:2.
Starter Questions Find the Total Surface Area and the Volume of this cylinder Find the Total Surface Area and the Volume of this prism.
Intersections of Circles and Tangent Segments. R S T If two segments from the same exterior point are tangent to a circle, then they are congruent. Party.
Similar Solids definition Similar Solids Two solids in which their corresponding linear measures form equal ratios
Sphere. 1Fs 1Fs.
Geometry 12.4 Spheres. Surface Area Formula Surface Area = Does this seem accurate? Let’s investigate. r What does this represent? Does it seem like 4.
By: Tameicka James Addition Subtraction Division Multiplication
Calculus April 13Volume: the Shell Method. Instead of cutting a cylinder into disks (think of cutting an onion into slices), we will look at layers of.
Exponent Properties Review. Multiplication Property of Exponents.
Calculus Lesson 7. SystemDerivative A + B + C[ ] + [ ] + [ ] A * B * C[ ] + [ ] + [ ] A^(B^C)[ ] + [ ] + [ ] A^B / C[ ] + [ ] + [ ] Three inputs, 3 changing.
Volume is understood as length times width times height, or on a graph, x times y times z. When an integral is revolved around an axis, this is the area.
Surface Area and Volume of a Sphere Essential Question: How to find the surface area and volume of a sphere? Sphere – set of all points in space equidistant.
Lesson: Surface Area of Solids
1 2 3 MOVING SPHERES ANIMATED
Copyright 2010 Davitily.
Measuring Volume Using Liquids
Objectives Learn and apply the formula for the volume of a sphere.
6.9 Surface Area of Spheres.
1 Step Equation Practice + - x ÷
Unit 3 Circles& Volumes.
Properties of Numbers Use mental math to simplify –2 • 13 • 5.
EOC REVIEW Question of the Day.
Volumes of Solids of Revolution
6.3 Volume: The Shell Method
Sec 6.3: VOLUMES BY CYLINDRICAL SHELLS
Year 1 Number – number and place value
Area of Rectangles and Parallelograms
Integration Volumes of revolution.
Area of R = [(ln x) – (x-2)] dx
Task 3: Three numbers Circle two dice that add to make 6
Year 2 Number – number and place value
Everything in terms of x Disc Everything in terms of x.
To Start: 12 Points Find the following for a circle with radius 5 cm. Leave your answer in terms of π! Diameter = ________ Circumference = ________ Area.
Year 4 Number – number and place value
Application Problems Note: Because we can’t find any application problems on multiplying and dividing rational expressions, these problems are on simplifying.
bell ringer What shape is the base of a cube? Sides?
9.4 – Perimeter, Area, and Circumference
VOLUMES BY CYLINDRICAL SHELLS
Stage 21: Artist: Patterns
WORKED EXAMPLES I SEE PROBLEM-SOLVING – LKS2 GARETH METCALFE
Presentation transcript:

Calculus Course

~

X-Ray OriginalRingsSlicesBoards

Ring By Ring Timelapse 25%100%50%75%

X-Ray

Shape

X-Ray ViewStep-by-step

X-Ray Shape Step-by-step

X-Ray StrategyVisualizationStep-by-Step PatternCalculus Lingo Ring-by-ring Slice-by-slice Board-by-board

X-Ray StrategyVisualizationStep-by-Step LayoutCalculus Lingo Ring-by-ring Slice-by-slice Board-by-board

X-Ray StrategyVisualizationStep-by-Step LayoutCalculus Lingo Ring-by-ring Slice-by-slice Board-by-board

X-Ray StrategyVisualizationStep-by-Step LayoutSingle Step Zoom Ring-by-ring Slice-by-slice Board-by-board r p x dp dx dr 2*pi*r r

X-Ray StrategyVisualizationStep-by-Step LayoutSingle Step Zoom Ring-by-ring Slice-by-slice Board-by-board r p x dp dx dr 2*pi*r r

Shape Animation Spin

Single Ring Multiple Rings (Area) Spin Area (Volume) Dissect Volume (Surface Area)

Start with a ring Build out a disc Combine discs into a sphere Subtract a smaller sphere to get a “Shell”

CircleRingsSlicesBoards SphereShellsWedgesPlates

Ring-by-ring Timelapse Shell-by-Shell X-Ray Plate-by-plate Timelapse CircumferenceAreaVolumeSurface area ?

Shell-by-Shell X-Ray… Take a Ring Ring-by-ring timelapse… to a circle Plate-by-plate timelapse…to a sphere Take a sphere to surface area

= + = 2 ×

Did the explanation work? Find a better one No Yes Aha!