How do you write a solution set?
2:36Suggested clip · 84 secondsWhat is a “Solution Set” for an Equation (Algebra) – YouTubeYouTubeStart of suggested clipEnd of suggested clip
What is an example of a solution set?
A solution set is the set of all variables that makes the equation true. The solution set of 2y + 6 = 14 is {4}, because 2(4) + 6 = 14. The solution set of y2 + 6 = 5y is {2, 3} because 22 + 6 = 5(2) and 32 + 6 = 5(3).
What is an example of one solution?
This is the normal case, as in our example where the equation 2x + 3 = 7 had exactly one solution, namely x = 2. The other two cases, no solution and an infinite number of solutions, are the oddball cases that you don’t expect to run into very often.
What is the symbol for no solution?
symbol Ø
What is an example of no solution?
When a problem has no solution you’ll end up with a statement that’s false. For example: 0=1 This is false because we know zero can’t equal one. Therefore we can conclude that the problem has no solution. You can solve this as you would any other equation.
Is 0 0 infinite or no solution?
For an answer to have an infinite solution, the two equations when you solve will equal 0=0 . If you solve this your answer would be 0=0 this means the problem has an infinite number of solutions. For an answer to have no solution both answers would not equal each other.
What does Z * mean?
z* means the critical value of z to provide region of rejection if confidence level is 99%, z* = 2.576 if confidence level is 95%, z* = 1.960 if confidence level is 90%, z* = 1.645.
What does R mean for domain?
real numbers
How do you identify real numbers?
The Real Number Line is like a geometric line. A point is chosen on the line to be the “origin”. Points to the right are positive, and points to the left are negative….Any point on the line is a Real Number:The numbers could be whole (like 7)or rational (like 20/9)or irrational (like π)
What are not real numbers?
Non-real numbers are numbers that contain a square root of a negative number. Typically, the square root of -1 is denoted as “i”, and imaginary numbers are expressed as a multiple of i. Real numbers are all rational and irrational numbers which include whole numbers, repeating decimals and non-repeating decimals.