The velocity (in m/s) of a moving particle is a function of time (in seconds). The table below summarizes the velocity at specific time intervals. It 15 18 24 v(t) 22 24 37 123 Use the Direct Method to interpolate a cubic polynomial for the velocity of the particle. Use the resulting polynomial to approximate the velocity at t=10 seconds. O none of the choices

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The velocity (in m/s) of a moving particle is a function of time (in seconds). The table below summarizes the velocity at specific time intervals.
15
18
24
v(t)
22
24
37
123
Use the Direct Method to interpolate a cubic polynomial for the velocity of the particle. Use the resulting polynomial to approximate the velocity at t=16 seconds.
none of the choices
27.4841
28.4932
O 29.8432
O 28.8048
Transcribed Image Text:The velocity (in m/s) of a moving particle is a function of time (in seconds). The table below summarizes the velocity at specific time intervals. 15 18 24 v(t) 22 24 37 123 Use the Direct Method to interpolate a cubic polynomial for the velocity of the particle. Use the resulting polynomial to approximate the velocity at t=16 seconds. none of the choices 27.4841 28.4932 O 29.8432 O 28.8048
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