Move the number to the right by adding it's opposite to both sides.
6p+3-3>15-3
6p>15-3
Subtract the numbers.
6p>15-3
6p>12
Divide both sides by the inequality by 6.
6p÷6>12÷6
Any expression divided by itself equals 1.
6p÷6>12÷6
P>12÷6
Now you calculate the quotient.
12÷6
The answer is p>2
Answer:
sorry I don't know this average because it's confusing
Answer:
(c) y > 2/3x + 3
Step-by-step explanation:
Shading to the left of a line with positive slope is the same as shading above that line. That, and the fact that the line is dashed, means the inequality will be of the form ...
y > ( ) . . . . . . the solution set is y-values greater than those on the line
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There are two choices in this form. You can see which one will include the point (-3, 1) on the boundary line:
<u>y > 3/2x +3</u>
y > (3/2)(-3) +3 = -3/2 . . . . . not 1. This is not the correct inequality
<u>y > 2/3x +3</u>
y > (2/3)(-3) +3 = 1 . . . . . . . the inequality we're looking for
Of the artwork would be the best answer because the context clue of Main Street!
Answer:
P(CO|M)=0.77 for male
and P(CO|M^c)=0.62 for female
Step-by-step explanation:
When we talk of conditional probability, we refer to the measure of the probability of an event given that another event has occurred
Here, we are to express the results of the survey as a conditional probability.
For the male part of the question, the conditional probability means that, given that the person is a male, the probability that he is a car owner would be;
P(CO|M)=0.77
For the female part of the question, what we have as a conditional probability is that if a person is a female that she is a car owner is;
P(CO|M^c)=0.62
Please kindly understand that the term M^c refers to M complement in words