Find the Circles and Curves Problems

In summary, the conversation discusses finding the equation of a curve traced by a point P(x,y) that moves based on its distance from two given points A(-1,1) and B(2,-1). It also involves determining the equation of a circle that is tangent to the y-axis at y=3 and has one x-intercept at x=1. The distance formula is recommended for solving these problems.
  • #1
whitehorsey
192
0
1. A curve is traced by a point P(x,y) which moves such that its distance from the point A(-1,1) is three times its distance from the point B(2,-1). Determine the equation of the curve.

A circle is tangent to the y - axis at y = 3 and has one x - intercept at x = 1.
a. Determine the other x- intercept.
b. Find the equation of the circle.




2. none that i know of



3. I can't seem to find out how to solve these problems. Is there like a formula that I have to follow? Please explain how to do these problems.
 
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  • #2
Use the distance formula and translate this,
P(x,y) ... distance from the point A(-1,1) is three times its distance from the point B(2,-1).
directly into algebraic numeral expressions and equation.
 
  • #3
Thank You!
 

1. What are "Find the Circles and Curves Problems"?

Find the Circles and Curves Problems are a set of mathematical challenges that require individuals to identify and manipulate various circles and curves in order to find a specific solution.

2. Why are Find the Circles and Curves Problems important?

These problems help develop critical thinking skills and spatial reasoning abilities, which are essential in many scientific fields. They also help individuals understand the properties and relationships of circles and curves in a practical and applicable way.

3. What types of problems can be found in Find the Circles and Curves Problems?

These problems can range from basic geometry challenges, such as finding the area or circumference of a circle, to more complex problems involving multiple circles and curves, such as finding the intersection points of two circles.

4. Are there any real-life applications for Find the Circles and Curves Problems?

Yes, these types of problems are commonly used in fields such as architecture, engineering, and physics. They can also be found in everyday activities, such as measuring the area of a circular rug or calculating the trajectory of a curved object.

5. How can one improve their skills in solving Find the Circles and Curves Problems?

Practicing regularly and developing a strong understanding of circle and curve properties are key to improving skills in solving these types of problems. Additionally, seeking out challenging and diverse problem sets can also help improve problem-solving abilities.

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