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B. Direction: Answer the given problem: a. You don't know how to swim so you decided to buy a "salbabida" in SM Pala-pala. There are three available sizes. One has a center at the origin with 6 in. radius. The other one has 7 in. radius and a center at (0, -6). And the last one, with 9 in. radius and center at (5, -2). Write the general equation of each salbabida. b. What is the general equation of a circular plate whose center lies at (2,2) and which passes through (-3,1)?

B. Direction: Answer the given problem: a. You don't know how to swim so you decided to buy a "salbabida" in SM Pala-pala. There are three available sizes. One has a center at the origin with 6 in. radius. The other one has 7 in. radius and a center at (0, -6). And the last one, with 9 in. radius and center at (5, -2). Write the general equation of each salbabida. b. What is the general equation of a circular plate whose center lies at (2,2) and which passes through (-3,1)?

Advanced Engineering Mathematics
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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B. Direction: Answer the given problem: a. You don't know how to swim so you decided to buy a "salbabida" in SM Pala-pala. There are three available sizes. One has a center at the origin with 6 in. radius. The other one has 7 in. radius and a center at (0, -6). And the last one, with 9 in. radius and center at (5, -2). Write the general equation of each salbabida. b. What is the general equation of a circular plate whose center lies at (2,2) and which passes through (-3,1)?
Transcribed Image Text:B. Direction: Answer the given problem: a. You don't know how to swim so you decided to buy a "salbabida" in SM Pala-pala. There are three available sizes. One has a center at the origin with 6 in. radius. The other one has 7 in. radius and a center at (0, -6). And the last one, with 9 in. radius and center at (5, -2). Write the general equation of each salbabida. b. What is the general equation of a circular plate whose center lies at (2,2) and which passes through (-3,1)?
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