To find the probability of a loss add .2 and .64 together. You will get .84. The remaining .16 is the probability of a loss. The probability of a loss is .16.
Answer:
x<±1 and x< -3
Step-by-step explanation:
Given the inequality x^2-1/3x+9<0, we are to find the values of x that satisfies the inequality
x^2-1/3x+9<0
x^2-1/3x+9 (3x+9)²<0* (3x+9)²
(x^2-1)(3x+9) < 0
x²-1 < 0 and 3x + 9 <0
x²-1 < 0
x²<1
x<±√1
x<±1
Also 3x + 9 <0
3x < -9
x < -9/3
x < -3
Hence the required values of x are x<±1 and x< -3
90°-77°=13°.
the answer is 13°
I found how to solve this by pretending the /10 wasn't there and divided 9/3= 3. Next, I subtracted 9-3=6, and because she is splitting 6 into 3 bags she will have to divide 6/3= 2. So in each bag there will be 2/10 pound of orange slices.
