Find the center, foci, and vertices of the ellipse.3x2 + 4y2 - 42x + 56y + 331 = 0
A. 
+ 
= 1
center: (7, -7); foci: (8, -7), (6, -7); vertices: (9, -7), (5, -7)
B. 
+ 
= 1
center: (-7, 7); foci: (-6, 7), (-8, 7); vertices: (-9, 7), (-5, 7)
C. 
+ 
= 1
center: (7, -7); foci: (8, -7), (6, -7); vertices: (9, -7), (5, -7)
D. 
+ 
= 1
center: (-7, 7); foci: (-6, 7), (-8, 7); vertices: (-9, 7), (-5, 7)
Answer: C
You might also like to view...
Use the appropriate geometric formula to determine the missing dimension (radius, length, or height).Use 3.14 for ?. Round to the nearest hundredth when appropriate.A can with a surface area of 345 square feet and a radius of 2 feet.
A. h = 319.88 ft B. h = 23.47 ft C. h = 50.94 ft D. h = 25.47 ft
Perform the conversion. Round to the nearest hundredth when necessary.77.4 in. to cm
A. 928.8 cm B. 196.60 cm C. 30.50 cm D. 6.42 cm
XC = 6 Kê and C = 0.01 æF. Find f.
a. 422 Hz b. 1.0 KHz c. 1.91 KHz d. 2.65 KHz e. 16.64 KHz
Round the number to the nearest thousandth, nearest hundredth, and nearest tenth. Remember to round from the original number.89.504
A. 89.51, 89.6, 90 B. 89.50, 89.5, 89 C. 89.504, 89.50, 89.5 D. 89.505, 89.51, 90