Question

Newton's Law of Cooling Equation?

Answer 1

does anyone know it?

Answer 2

T2 = T0 + (T1 - T0) * e(-k * Δt)

Answer 3

Do u know the experiment ?

Answer 4

Here's the problem:

"This law states that the change in temperature of an object over time t, denoted T′, varies directly with the difference between the temperature of the object T and the temperature of the surrounding environment, or ambient temperature, A. Letting –k represent the constant or variation for a positive value of k, write an equation to represent Newton's Law of Cooling."

Answer 5

gotta get the Newton's Law of Cooling from that..

Answer 6

@telltoamit I think that one is waay to complicated...

Answer 7

T2 - T0 = (T1 - T0) * e(-k * Δt)

now??

Answer 8

stil too complicated.. did u read the problem text?

Answer 9

sorry, cant get simpler than that

Answer 10

Should be something like this.. I found it on yahoo answers. but don't know how to write it:

Answer 11

T = A + Se^(-kt)

where T = temperature at any instant
A = temperature of surroundings (ambient temperature)
S = initial temperature (I used S for starting)
t= elapsed time
and k is a constant determined by the conditions.

Answer 12

not sure bout this

Answer 13

@hartnn hi! :)

Answer 14

hello :)

Answer 15

can you help me? :)

Answer 16

\[T \prime \alpha (T-A)\]
so \[T \prime = -k(T-A)\]

Answer 17

the exponential part is not mentioned in the problem

Answer 18

perfect!!!! thank you thank you thank you :)

Answer 19

how do u know its perfect? do u have options?

Answer 20

because all the variables of the problem are there

Answer 21

nope don't have "already made" options like multiple choice

Answer 22

ok,ok..but the actual law does have exponential part.....

Answer 23

yup. just a simpler one this time.. I'm doing Algebra 2

Answer 24

thank you!