Answer:
Step-by-step explanation:
The probability of 
can be read as the probability of event B occurring given event A. In this question, event A occurs when the chosen player is a girl. There are 7 girls on the soccer team. Event B occurs when the chose player plays defense. Since stipulates that event A already occurred, we want the probability of choosing a player who prefers defense from the 7 girls. There are 2 girls who prefer defense, hence 
.
<u>Alternative:</u>
For dependent events 
and 
, the conditional probability of event B occurring given A is given by:
indicates the intersection of 
and 
. In this case, it is the probability that both events occur. Since there are 16 kids on the soccer team and only 2 are girls and prefer defense, 
. The probability of event A occurring (chosen player is a girl) is equal to the number of girls (7) divided by the number of kids on the team (16), hence 
.
Therefore, the probability of event B occurring, given event A occurred, is equal to:
Answer:
it's 14h
Step-by-step explanation:
The h stands for hours and he needs to work 14 more hours.
As you are selling each candy in a packet of 5, you should First divide 360 by 5. This would give you how many let’s say packets you would sell. This would give you 72. Each once you sells at one dollar. Therefore if you sell a total of 72 packets you will do 72 multiplied by 1, which would give you a total of $72z
Answer:
C.
Step-by-step explanation:
Line CD has a slope of -5/3 and the negative reciprocal of 3/5. The slope for the line given is 3/5 so the slopes are right. Then look at the y-intercept of the line given: (0,-2) Go up 3 and over 5 and you can see it pass through the line CD making C the answer.
