Which describes the parametric equations x = -1 and y=-+2? O A. y=-x+3 The orientation is up to the right. O B. y=-x+3 The orientation is down to the right. O C. y=-x+1 The orientation is up to the right. O D. y=-x+1 The orientation is down to the right.Which describes the conic section with parametric equations x = 2 cos t and y = 4 sin t? O A. X 1= ; an ellipse with vertical major axis 4 16 O B. 2 1= ; a hyperbola with horizontal transverse axis 4 16 O C. X 1= ; an ellipse with horizontal major axis 16 4 O D. x 1= ; a hyperbola with vertical transverse axis 16 4A skateboarder goes off of a ramp at a speed of 52 ft./s. The ramp is 5 ft. above the ground with a 30 angle of elevation. Which set of parametric equations represents the skater's jump? The acceleration due to gravity is 32 ft./s O A. x = 26v3 +5 and y= -162 +26t +5 O B. x= 26 3: and y= -16:2+26t +5 O C. x = 26t + 5 and y= -16:2 +26 /3 +5 O D. x= 26 3: and y = -162 + 26tUse the graph to answer the question. Which equations represent the graph shown? Select all that apply. O A. (y-1)2 (x+1)2 = 1 4 4 O B. (y+1) (x- 1) 4 4 O C. x= -1+ 2 tant and y=1-2sect O D. x= -1+ 2tan 2# and y=1-2sec 2t O E. x= -1+ sect and y = 1-tantWhich equation or set of equations can be used to identify the position of a point on a circle with radius 4 at a given time? O A. x-ty-=4 O B. x3+y =16 O C. x = 4 cos t and y = 4 sin t O D. x = 2 cos t and y = 2 sin tWhich of the following parametric equations are equivalent to the polar equation r() = cose cote? O A. x=sing and y = singcote O B. x= cos2 g and y = cos2 0cote O C. x= cos2 0cote and y = cos2 8 O D. x = cos 0 cot 0 and y = cos 0Which describes the parametric equations x = 2t and y =-42+ 2? O A. y= x2+2 The orientation is down to the right, then up to the right. O B. y= x2+2 The orientation is up to the right, then down to the right. O C. y=-x-+2 The orientation is down to the right, then up to the right. O D. y=-x+2 The orientation is up to the right, then down to the right.Which describes the conic section with parametric equations x = 2 cos t and y = 4 sin t? O A. x3+ y=4; a circle with radius 2 O B. 2 x 1= + ; an ellipse with vertical major axis 4 16 O C. y=-x +4; an inverted parabola with vertex (0,4) O D. y= -4x2; an inverted parabola with vertex (0,0)-54 Use the graph to answer the question. Which equations or sets of equations ooulcl represent the graph shown? Select all that apply. O A. x = 3 cos t and y = 3 sin t O B. x = 9 cos t and y = 9 sin t O C. x2+)2=9 O D. x2+)/2 = 3 O E. r= 3 OF. r= 9A baseball is thrown with a velocity of 60 ft./s. The ball is thrown from a height of 5 ft. at an angle of 60. Which set of parametric equations represents the path of the ball? The acceleration due to gravity is 32 ft./s2. O A. x = 30 3 +5 and y = -16:2+ 30t O B. x= 30 3 and y=-16:2 +301 +5 O C. x = 30t + 5 and y= -162+3013 O D. x = 30t and y = -162 +30 /3 + 5A football is kicked at an angle of 60 with initial velocity of 80 ft./s. Approximately how far will the ball travel horizontally before it hits the ground? The acceleration due to gravity is 32 ft./s2. O A. 4 ft. O B. 13 ft. O C. 75 ft. O D. 173 ft.Which of the following polar equations is equivalent to the parametric equations? x = 2t and y = 42 O A. r = tang O B. = tan?Osec2 8 O C. r = tan 0 sec 0 O D. r = 4 tan 0 sec 0Which represents the parametric equations x = 2 cost and y = 4 sin t in rectangular form? O A. x2 + = 1 4 16 O B. x2 = 1 16 4 O C. (x-4)' +(y-2)2 =16 O D. (x-2) ' + (y-4)2 =16Which describes the parametric equations x = # - 2 and y = 3-2t? O A. y = 2x + 5 The orientation is up to the right. O B. y = 2x + 5 The orientation is down to the right. O C. y=-2x-1 The orientation is up to the right. O D. y=-2x-1 The orientation is down to the right