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QUESTION

how do you find the area of an ellipse/oval?

how do you find the area of an ellipse/oval?

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ANSWER

Tutor has posted answer for $10.00. See answer's preview

$10.00

*** **** ** ** ******* can ** ***** by the ********* formula **** * **** *****

* ** *** distance from the ****** ** * ********** a

** the ******** **** *** ****** ** a ******* Or

**

***** ****** You ****

*** formula *** the area ** * ****** ** ****** * ** is ****** But ****

***** *** ******* *** the **** of ** ellipse ** ********** axis ** length * *** ********** **** of length ** (These semi-major **** are half *** ******* ** respectively the ******* and ******** ********* of *** ********** *** Figure *** *** *******

*** ********* ** * ******** equation *** **** an ******* ******** ** the origin: ******* *

(y2/B2) * ** *** ****

** **** an ******* *** **** *

Pi * * * * * very natural

generalization

of *** ******* *** * *******

Click here to download attached files: Ellipse.png
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ANSWER

Tutor has posted answer for $10.00. See answer's preview

$10.00

*** area ******** *** ** ******* **** **** familiar ** ****** ******* ******* ****** *** key ***** to ******** ** **** ** ellipse *** *** important lengths ** ******** the ***** radius and *** minor *******

1

****

*** major ****** of *** ellipse **** ** the ******** from *** ****** ** the ******* ** the ******** edge of *** ******* ***** ** **** ** *** ****** of *** ***** part ** the ellipse ******* it ** **** ** labeled in **** ******* We'll **** **** ***** ** ***

*** call **** *** "semi-major ***** ******** *****

figure 1 **

****

***

***** ****** ** *** ***** **** guessed *** ***** radius ******** *** ******** **** *** center ** the ******* ***** ** the **** **** **** *********** ** This is

** * **** ***** ***** ** *** ***** radius *** *** ***** **** ** ******* *** ****** ** ***** this problem *** ***

**** **** the *********** axis" ***** figure

** ** Multiply

by

**

*** **** ** *** ******* is a * * * π Since ****** *********** two units of ****** ******** **** answer **** be ** ***** squared *** ******* **

an ellipse *** * ***** ****** of * ***** and * ***** ****** of * units *** **** ** *** ******* ** 3 * * x ** ** ***** 47 square ****** ** *** don't

have a ********** ** ** **** ********** doesn't have * ** ****** *** "314" instead ***** figure **

Understanding *** it

******

*****

** *** area **

a circle You ***** ******** **** *** **** ** a ****** equals **** ***** is *** **** ** ** x * * * What if we ***** ** **** *** **** ** * ****** as ****** it **** ** ******** ** would ******* *** radius ** *** direction: * ******* ** ** right ******* also * **** it **** *** ******* **** ******** π * r * ** As it ***** *** * ****** ** **** * ******** **** ** ellipse Check ****** ** ******* *

****** being squeezed

****

**

******* ***** As it's ******** **** *** more *** radius **** ******* *** *** ***** **** ****** The area ***** the **** since nothing's ******* *** ******** **** as ** *** **** ***** ** our ******** *** "squashing" and *** ************ **** cancel each ***** *** *** ***** ***** have *** ***** answer ***** ****** *

Click here to download attached files: Figure 1.png
Click here to download attached files: Figure 2.png
Click here to download attached files: Figure 3.png
Click here to download attached files: Figure 4.png
Click here to download attached files: Figure 5.png
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ANSWER

Tutor has posted answer for $5.00. See answer's preview

$5.00

*** **** ** ** elipse *** be ********** as

****

* Pi * * * ** *****

**

* * 314159265 * *

******

** Semi-Major ***** * * Length

**

********** Axis Please see *** *******

for

************** Hope **** was *******

Click here to download attached files: ellipse-area.png
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