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Newton law of cooling equation

Newton law of cooling equation

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************ Law ** Cooling ****** **** the **** of change ** *** temperature ** ** ****** ** ************ ** *** difference ******* *** *** *********** *** the ******* *********** *** *** temperature ** *** **************

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*** of ******* ** **** ** model *** temperature ****** ** an object ** **** *********** ****** ** ** environment ** a different temperature *** law ****** that *****

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*********** ** the ****** ** time * * ** the *********** ** *** surrounding *********** ********** *** * ** * ******** ** *************** **** **** *** **** is **** *** **** ** change ** *********** is ************ to the difference ******* *** temperature ** *** ****** *** **** ** *** surrounding ************ ** ***** ** ***

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******** equation ** ********* **** ** *** *** ** **** ***** *** ************ ******** *** ***** are ***** ****** Separate *** ********* *** ***

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solve

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R * C *** all ********* ** ***** ** **** the *********** ** *** object ** * ***** **** all of the constants must first have numerical ******

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****** **** *** **** ** ****** ** *** temperature ** an ****** ** ************ ** *** ********** ******* its *** *********** and *** ******* *********** (ie the *********** ** its ************* ******** *** ***** * ********* ***** an instantaneous **** ** ****** ** *** ************

See ****** ******

****

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*********** ** ** ****** at * certain **** ******* K) * *

time **** Ts =

*********** ** *** ************ ******* *** ** =

******** *********** of *** object ******* *** k *

a cooling constant ******** to the ****** ****** ******** Law

**

******* ******* *********** ** * ***

** **** starts at a *********** ** **** * *** *** *********** *********** ** 2930 * ** the ******* constant is * = 000150 *** **** **** *** *********** of the *** of **** be ***** *** ********* ******* *** ****

cools

*** 200 ******* which **** t=200min*60s/1min t * ****

**

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temperature of *** ****

***** *** ***** **** *** be ***** using *** formula: T(t) * Ts + ***

* ** ) e(-kt) T(1200 ** * 2930 *

* ***** K-2930 ** *********** ********* **** T(1200 ** = **** *

* ***** K-2930 ** e(-1800) T(1200 ** = **** K

* ***** K-2930 ********** ****** ** * **** *

* (100 ********** T(1200 ** * **** K

+ *** ** ****** ** *** 2947 **

***** ** ******* *** ******

temperature ** 2947 *

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ANSWER

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******** IN WORD *******

Click here to download attached files: NEWTON LAW OF COOLING EQUATION.docx
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ANSWER

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** ****** provide your ******** feedback ***** ** *****

****** ******* me *** **** future work and ***** **** ******* to ***

**

**** ** any ***** ****** **** **** ** write on: *************************************

*****

***

Click here to download attached files: Newton law of cooling equation.docx
ANSWER

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**** ****** attached with the **** ********** ** *** *******

Click here to download attached files: The Newton law of coolin.docx
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