1. Evaluate 5. (3r-5r) dr using first principles (definition). Partition the interval [0, 2] into n...

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1. Evaluate 5. (3r-5r) dr using first principles (definition). Partition the interval [0, 2] into n equal subintervals and choose to be the right end point of the th subinterval. 2. Use the Fundamental Theorem of Calculus Part I to determine the derivatives of the following: 3. Determine the following indefinite integrals: (i) 1) [ (26 52 +72 4) da (ii) (3 cos (7x) 5 sin (3x)) dr - 723-22 = (iii) 4. Use substitution to determine the following: sin(x+1) x+1 2t - 3 1 +4 (ii) S Ja dt 1 x + 6x + 10 F(x) = m(2)+1 dr dr dt 1. Evaluate 5. (3r-5r) dr using first principles (definition). Partition the interval [0, 2] into n equal subintervals and choose to be the right end point of the th subinterval. 2. Use the Fundamental Theorem of Calculus Part I to determine the derivatives of the following: 3. Determine the following indefinite integrals: (i) 1) [ (26 52 +72 4) da (ii) (3 cos (7x) 5 sin (3x)) dr - 723-22 = (iii) 4. Use substitution to determine the following: sin(x+1) x+1 2t - 3 1 +4 (ii) S Ja dt 1 x + 6x + 10 F(x) = m(2)+1 dr dr dt