The function f (t) = a (sin (+10)) 6. models the position of an oscillating particle...

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The function f (t) = a (sin (+10)) 6. models the position of an oscillating particle that has recently been discovered. Assume that a is a constant. What is the function that represents the velocity of this particle? Note: If you want to write a power of a trigonometric function, remember that writing sin(x) to the fourth power as sin (x) is just a shorthand method. To be mathematically correct, you should write that as (sin(x)) 4 - which is what your computer expects and can translate. Velocity Function: 6*a*(sin(t^10))^5*cos(t^10)*t^10 BP The function f (t) = a (sin (+10)) 6. models the position of an oscillating particle that has recently been discovered. Assume that a is a constant. What is the function that represents the velocity of this particle? Note: If you want to write a power of a trigonometric function, remember that writing sin(x) to the fourth power as sin (x) is just a shorthand method. To be mathematically correct, you should write that as (sin(x)) 4 - which is what your computer expects and can translate. Velocity Function: 6*a*(sin(t^10))^5*cos(t^10)*t^10 BP