n(A), n(B) and n(AnB) are given and n(AUB)'s complement is asked.
Answer:
<u>Step 1: Find the x</u>
2x + 5: Solve
3x + 15: Solve
The correct way to write that is 309,058,304.
It helps if you say it out loud to yourself. that is what helped me! ☺
Hope this helps
Answer:
The value of the discriminant = 132
Step-by-step explanation:
4x^2 - 2x - 8 = 0
Using the discriminant
b^2 - 4ac
a = 4
b = -2
c = -8
Using the coefficients with also adding the signs before each
Insert the values
b^2 - 4ac
= (-2)^2 - 4 * 4 * (-8)
= 4 - 4 *4 * -8
= 4 - 16 * -8
= 4 - -128
= 132
The value of the discriminant is 132
The Value of X should be 50 because, 12x = 12 so then you add (14+24)= 38 and 12 + 38 =50
Hope This Helped you! :D