Known values: 9 B ft g2 Given_a_s Vo v(s) = t(s) = ft 0.05 (sec-2) 16...

  

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Known values: 9 B ft g2 Given_a_s Vo v(s) = t(s) = ft 0.05 (sec-2) 16 16 - 8 Problem Statement: A rocket moves along a straight path according to the relationship: a(s) = B + Cs The values of B, C, and the initial conditions are given in the table. Determine the speed and the time elapsed, as functions of displacement. 80 7 ft Symbolic Answers: (no units) (Tips: The variables are case sensitive. Be careful to use parentheses as necessary.) v(327 ft) = t(327 ft) = correctly for the symbolic answer. Tip: You probably need to use a table of integrals for this one. Numerical Answers: (include units) Find the speed (with sign) and the time elapsed when the rocket's displacement is 327 ft. Tip: You may be able to get this one using a numerical integration tool (such as on the TI-36 or Casio 115 models) even if you were unable to perform the integral Known values: 9 B ft g2 Given_a_s Vo v(s) = t(s) = ft 0.05 (sec-2) 16 16 - 8 Problem Statement: A rocket moves along a straight path according to the relationship: a(s) = B + Cs The values of B, C, and the initial conditions are given in the table. Determine the speed and the time elapsed, as functions of displacement. 80 7 ft Symbolic Answers: (no units) (Tips: The variables are case sensitive. Be careful to use parentheses as necessary.) v(327 ft) = t(327 ft) = correctly for the symbolic answer. Tip: You probably need to use a table of integrals for this one. Numerical Answers: (include units) Find the speed (with sign) and the time elapsed when the rocket's displacement is 327 ft. Tip: You may be able to get this one using a numerical integration tool (such as on the TI-36 or Casio 115 models) even if you were unable to perform the integral