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Mathematics 18 Online
OpenStudy (anonymous):

laplace transformations

OpenStudy (swissgirl):

hmmm what do u mean squiggly U?

OpenStudy (anonymous):

my book write the heaviside function as a squiggly U \[\mathcal{L}\{\cos 2t \mathcal{H}(t-\pi)\}\]

OpenStudy (phi):

U for unit step function

OpenStudy (anonymous):

same thinggggg \mathcal{U}

OpenStudy (anonymous):

except it didnt look squiggly enough

OpenStudy (anonymous):

use t axis shifting property

OpenStudy (anonymous):

oh wait does this mean i dont have to do all this nonsense integrating

OpenStudy (anonymous):

may I ask if we are allowed to use laplace transforms tables

OpenStudy (anonymous):

if you're refering to cos and sin, i have those so yes half way through integrating a piecewise function...

OpenStudy (anonymous):

you are on right path if you start integration

OpenStudy (anonymous):

its not very fun

OpenStudy (anonymous):

\[=\frac{s e^{-\pi s}}{s^2+4}\] integration by parts is not very fun either

OpenStudy (anonymous):

cant disagree

OpenStudy (anonymous):

if only i had read the translation theorem before bothering to attempt this

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