definitions of later variables$).$

$($a$)x=36\mathrm{.}0$

$($b$)y=2\mathrm{.}7{10}^3$

$($c$)z=(\sqrt[\phantom{2}]{x}+y^{-\frac{1}{3}}{)}^{}$

$($d$)w=sin(log(z))$

$($e$)t=cos(1+\frac{w^2+e^{\frac{z}{x+y}}}{\frac{6-y}{x}}+tan(x^z))$

$($f$)$ Display the value of $t$ using the disp function. This should be the only output of your script. If you did it correctly, you should get a value of approximately $t=-0\mathrm{.}3625.$

Script $($

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MATLAB DocumentationPrevious Assessment: $4$ of $6$ Tests Passed