5. What is the center and radius of the equation 2x² + 2y² - 20x + 4y +50=0? 6. Compute for the standard equation of a circle whose center is located at c(0,0) and r=5. 7. Compute for the standard equation of a circle whose center is located at c(2,-3) and r=4. 8. Compute for the standard equation of a circle whose center is located at c(-3, -7) and r=7. 9. Compute for the standard equation of a circle whose center is located at c(5,7) and r=√10. 10. Compute for the standard equation of a circle whose center is located at c(1/2, −3/2) and r=√15.
5. What is the center and radius of the equation 2x² + 2y² - 20x + 4y +50=0? 6. Compute for the standard equation of a circle whose center is located at c(0,0) and r=5. 7. Compute for the standard equation of a circle whose center is located at c(2,-3) and r=4. 8. Compute for the standard equation of a circle whose center is located at c(-3, -7) and r=7. 9. Compute for the standard equation of a circle whose center is located at c(5,7) and r=√10. 10. Compute for the standard equation of a circle whose center is located at c(1/2, −3/2) and r=√15.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
NOTE: PLEASE ANSWER 5-10 ONLY!!
Transcribed Image Text:II.
IDENTIFICATION.
CIRLE
1. What is the center and radius of the equation x² + y² = 36?
2. What is the center and radius of the equation x² + y² − 8x + 10y + 25 = 0?
3. What is the center and radius of the equation x² + y² + 2x + 12y + 1 = 0?
What is the center and radius of the equation x² + y² + 18x − 14y - 25 = 0?
4.
5. What is the center and radius of the equation 2x² + 2y² - 20x + 4y +50=0?
6. Compute for the standard equation of a circle whose center is located at c(0,0) and r=5.
7. Compute for the standard equation of a circle whose center is located at c(2,-3) and r=4.
8. Compute for the standard equation of a circle whose center is located at c(-3, -7) and
r=7.
9. Compute for the standard equation of a circle whose center is located at c(5,7) and r=√10.
10. Compute for the standard equation of a circle whose center is located at c(1/2, −3/2) and
F√15.
=
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