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A particle is released as part of an experiment. Its speed t seconds after release is...
Starting at rest, a particle has an acceleration given by a(t) = 6t+1, with a in m/s and t in seconds. How far, in meters, does it travel in the first two seconds?
0 to 60 mph in 10 seconds with the A car accelerates smoothly from velocity given in the figure below. Estimate how far the car travels during the 10 -second period. v (mph) 60 40 20 t (sec) 10 5 Round your answer to three decimal places. miles. The car traveled 0 to 60 mph in 10 seconds with the A car accelerates smoothly from velocity given in the figure below. Estimate how far the car travels during the 10...
(c) The ball is at its maximum height after _____ seconds. (d) The maximum height of the ball is ______ meters (e) The ball traveled a total horizontal distance of _______ meters. (ROUND TO TWO DECIMAL PLACES) A baseball player throws a baseball with an initial speed of 155 feet per second at an angle of 23 to the horizontal. The ball leaves his hand at a height of 6 feet. (a) Find parametric equations that describe the position of...
(1 point) A particle that moves along a straight line has velocity u(t) = te-21 meters per second after t seconds. Find the distance the particle travels during the first t seconds. meters Note: Your answer should be a function of t.
Previous Problem List Next (1 point) A particle that moves along a straight line has velocity (t) = te- meters per second after seconds. How many meters will it travel during the first seconds? Hint: When we put into seconds, the particle should have traveled a distance of meters
S*x221) dx B) 2604 C) 15,624 D) 1302 7) 7) An object at the end of a spring is immersed in liquid. Its velocity (in cm/sec) is then described by the equation v 2e-2.se-9, where t is the time (in sec). Find the displacements as a function of tifs=-1 cm fort=0 sec. A) s-e-2.490 C)s=-2-4-9. D)s=219, Find the area bounded by the given curves. 8) y = x, y = 4x A) 16 Solve the problem. Round your answer, if...
A drag racer accelerates at a(t) = 74 ft/s. Assume that v(O) = 0 and s(0) = 0. a. Determine the position function for t20. b. How far does the racer travel in the first 6 s? c. At this rate, how long will it take the racer to travel mi? 3 d. How long will it take the racer to travel 300 ft? e. How far has the racer traveled when it reaches a speed of 180 ft/s? a....
A drag racer accelerates at a(t)= 72 ft/s2. Assume that v(0) = 0 and s(0) = 0. a. Determine the position function for t2 0. b. How far does the racer travel in the first 6 s? c. At this rate, how long will it take the racer to travel 3 mi? d. How long will it take the racer to travel 300 ft? e. How far has the racer traveled when it reaches a speed of 163 ft/s? 1...
The acceleration of a particle over a 60 second interval is shown below. The particle is at rest at t = 0. Sketch the v-t graph for the 60-second interval. How far will the particle travel during the 60 seconds? Report your answer in m. 4 2 0 10 4/12 20 30 50 60 Times 4 6 -R
+ On the moon, all free-fall distance functions are of the form s(t) = 0.81t, where t is in seconds and s is in meters. An object is dropped from a height of 150 meters above the moon. After 10 sec, consider parts (a) through (d) below. a) How far has the obiect fallen? b) How fast is it traveling2 c) What is its acceleration? d) Explain the meaning of the second derivative of this free-fall function. a) The object...