$$\text { Use the Chain Rule to find } \frac { d w } { d t }$$ $$w = 3 x ^ { 6 } y ^ { 3 } z , \quad x = 6 t , \quad y = \cos 2 t , \quad z = t \sin t$$

Name: \[\text { Use the Chain Rule to find } \frac { d w } { d t }\] \[w = 3 x ^ { 6 } y ^ { 3 } z , \quad x = 6 t , \quad y = \cos 2 t , \quad z = t \sin t\]
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The Answer of $$\text { Use the Chain Rule to find } \frac { d w } { d t }$$ $$w = 3 x ^ { 6 } y ^ { 3 } z , \quad x = 6 t , \quad y = \cos 2 t , \quad z = t \sin t$$

Use the Chain Rule to find dwdt\text { Use the Chain Rule to find } \frac { d w } { d t } Use the Chain Rule to find dtdw​

$\text { Use the Chain Rule to find } \frac { d w } { d t }$