Answer:
y=9
Step-by-step explanation:
-2[(4y+1)-(2y-2)]=6(7-y)-6
-2[4y+1-2y-2]=6(7-y)-6
-2[2y-1]=6(7-y)-6
-2y+2=6(7-y)-6
-2y+2=42-6y-6
<em>Add 6y to both sides</em>
4y+2=42-6
4y+2=38
<em>Subtract 2 from both sides</em>
4y=36
<em>Divide both sides by 4</em>
y=9
Answer:
hey i know i just met you but this is crazy its the number 3 this is right maybe
Answer:
yes!!!!!!!!!! THE BEST!!!!!
Step-by-step explanation:
(can I have brainliest? I'm trying to get higher than ambitious) XD
Answer:
<h2>
9/35, 0.257 or 25.7%</h2>
Step-by-step explanation:
The basic and simple way to calculate the probability of an event happening is by using this equation:
<h2>Number of desired outcomes</h2><h2>------------------------------------------------- = Probability </h2><h2>Number of all possible outcomes</h2><h2 />
Our desired outcomes are picking either red or yellow candies. The number of desired outcomes in this case is the total number of red and yellow candies. 6 red + 3 yellow = 9
Number of desired outcomes = 9
Number of all possible outcomes in this case is the total number of candies in the bag. 10 green + 8 brown + 3 yellow + 8 blue + 6 red = 35
Number of all possible outcomes = 35
Use the formula and we get that the probabbility of drawing out a yellow or red candy is: 9/35, 0.257 or 25.7% (those are 3 different ways to write the probability)
Answer:
B
Step-by-step explanation:
B is the only answer that will ensure she gets graduate students in the sample without getting too few or too many.
