In ProgressNEXT UP: Submit AssignmentAdd CommentDetailsNo additional details were added for this assignment.A rocket is travelling along the path described byy(x)=28*ln(x25)with x and y in m . When it reaches point A where x0=25 m , its speed is 54ms and it begins to accelerate along the path at a rate of 21*s22500ms2(where s is the arc length measured from A in m).Determine:Determine:a)[2] the exact (i.e. integers or rational numbers only) speed v as a function of arc length s measured from point A :v(s)=msYour last answer was interpreted as follows:71250*s329162The variables found in your answer were: sCorrect answer, well done.Marks for this submission: 2.00/2.00.b)[1] the exact (i.e integer or rational numbers only) radius of curvature as a function of x, for x>0 :r(x)= mYouir last ancimar wac internreted ac followic.NextNo additional details were added for this assignment.b)[1] the exact (i.e integer or rational numbers only) radius of curvature as a function of x, for x>0 :r(x)= mYour last answer was interpreted as follows:128*x*(x2784)32The variables found in your answer were: xCorrect answer, well done.Marks for this submission: 1.00/1.00.When the rocket reaches an x-coordinate of x=76m, it has traveled an arc length of approximately s=60.35m measured from point A (accurate to the number of sig digs displayed). Use this to determine...c)[1]...the tangential component of the acceleration at that instant: ms2No additional details were added tor this assignment.When the rocket reaches an x-coordinate of x=76m, it has traveled an arc length of approximately s=60.35m measured from point A (accurate to the number of sig digs displayed). Use this to determine...c)1q, the tangential component of the acceleration at that instant: ms2Correct answer, well done.Marks for this submission: 1.00/1.00.d)[1]q, the normal component of the acceleration at that instant: ms2Incorrect answer.Marks for this submission: 0.00/1.00.e)0.5q, the magnitude of the acceleration at that instant:ms2Incorrect answer.Marks for this submission: 0.00/1.00.e)0.5q, the magnitude of the acceleration at that instant:ms2Incorrect answer.Marks for this submission: 0.00/0.50.f)1.5q, the angle that acceleration vector makes in degrees measured clockwise relative to the positive x-axis:Incorrect answer.Marks for this submission: 0.00/1.50