A projectile is launched from the ground with initial velocity & 3 ft per sec. The parametric equations x = 79.8t and y=-16t2 +37.2t model the path of the projectile, where t is in seconds. (a) Determine the angle 8 that the projectile makes with the horizontal at launch. (b) Write parametric equations for the path using the cosine and sine functions. (a) The angle that the projectile makes with the horizontal at launch is 0 (Round to the nearest tenth as needed. Do not include the degree symbol in your answer.) (b) What are the parametric equations using the cosine and sine functions? OA x (88 cos 25.0")t, y = (88 sin 25.0*)t OB. x(25.0 cos 88*)t, y=-1612+(25.0 sin 88*)t OC. x=(88 cos 25.0*)t, y=-161²+(88 sin 25.0")t OD. x=(88 sin 25.0°)t, y=-1612+(88 cos 25.0%)t
A projectile is launched from the ground with initial velocity & 3 ft per sec. The parametric equations x = 79.8t and y=-16t2 +37.2t model the path of the projectile, where t is in seconds. (a) Determine the angle 8 that the projectile makes with the horizontal at launch. (b) Write parametric equations for the path using the cosine and sine functions. (a) The angle that the projectile makes with the horizontal at launch is 0 (Round to the nearest tenth as needed. Do not include the degree symbol in your answer.) (b) What are the parametric equations using the cosine and sine functions? OA x (88 cos 25.0")t, y = (88 sin 25.0*)t OB. x(25.0 cos 88*)t, y=-1612+(25.0 sin 88*)t OC. x=(88 cos 25.0*)t, y=-161²+(88 sin 25.0")t OD. x=(88 sin 25.0°)t, y=-1612+(88 cos 25.0%)t
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Transcribed Image Text:A projectile is launched from the ground with initial velocity 88 ft per sec. The parametric equations x 79.8t and y=-16t2 +37.2t model the path of the projectile,
where t is in seconds.
(a) Determine the angle 8 that the projectile makes with the horizontal at launch.
(b) Write parametric equations for the path using the cosine and sine functions.
(a) The angle that the projectile makes with the horizontal at launch is
(Round to the nearest tenth as needed. Do not include the degree symbol in your answer.)
(b) What are the parametric equations using the cosine and sine functions?
OA. x-(88 cos 25.0°)t, y=(88 sin 25.0%)t
OB. x=(25.0 cos 88*)t, y=-16t² +(25.0 sin 88*)t
OC. x=(88 cos 25.0")t, y=-161²+(88 sin 25.0%)t
OD. x=(88 sin 25.0°)t, y=-1612+(88 cos 25.0%)t
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