KamrynBishop KamrynBishop

31-10-2022
Mathematics

Answered

Verify that P = (1, −1) is the same distance from A = (5, 1) as it is from B = (−1, 3).
It is customary to say that P is equidistant from A and B. Find two more points that are equidistant from A and B. Can points equidistant from A and B be found in every quadrant? Explain.

Answer :

Other Questions

The chart below shows the approxinate distance from the Sun ti Earth, Mars, and Jupiter. The speed of light is approximately 1.86 x 10^5 miles per second. • T

Use the four-step procedure for solving the following variation problem The height that a ball bounces varies directly as the height from which it was dropped.

What is true about the set of all solutions for y = f (x) ? A) It is infinite. B) It is a set of ordered pairs. c) It can be graphed. D) all of the above

Use the procedure for solving variation problems to solve the exercise. y varies jointly as a and b and inversely as the square root of c. y = 14 when a=2, b=5,

Triangle XYZ was dilated by a scale factor of 2 to create triangle ACB and cos ∠X = 2 and 5 tenths over 5 and 59 hundredths. Use complete sentences to explain t

The 8th term of a GP is -7^32. Find it’s common ratio if it’s first term is 28.

Minimum/Maximum value for y=x²-12x +11 Since we know that the graph opens up from part d, the vertex is at the [Select] because all of the values go up from the

y varies jointly as x and z. y = 42 when x = 7 and z= 3. Find y when x = 5 and z = 6.

Suppose that statement p is false, statement q is false, and statement r is true. Determine whether the statement p q r is true or false, and explain your reaso

2. Three times one number minus a second is 8, and the sum of the numbers is 12. Find the numbers.