5. If a particle's initial position is y = 2, and the particle is traveling according to the velocity equation v(t) : 2132 + 5 (in m/ s), then its displacement over its rst 3 seconds of travel is equal to 35 m. 6. Fort 2 0, an object's velocity is given by v(t) : 2t2 | 8. If the object's position at t = 0 is a: = 3, what is its total distance traveled on the interval t = O to t = 3? 7. The total distance a particle travels in its rst 4 seconds, if it moves according to the velocity equation v(t) = t2 + 4 (in feet / sec) is... OZ-E'ft 0% 8. If an object's velocity may be measured by the equation v(t):\/t+1for23t5, What is the object's average velocity on that interval? 9. If a particle's velocity is given by v(t) : t2 1 and the particle's position at t = 1 is given by d(1) = 1, then what is its position at t = 3? 0