2/3x = -5/2y + 2
2/3x + 5/2y = 2 (when one unknown goes over to the other side, it changes its sign - 5/2y was negative, but when it went to the left, it became positive)
now, you can multiply both sides by 6 (because it is GCF for denominators 3 and 2) to get rid of fractions
6*2/3x + 6*5/2y = 6*2
4x + 15y = 12
So the correct answer is A. 4x + 15y = 12
Ok, let's assume it's "sec^2 x"

So, the number of solutions (real ones) is 0.
Say the price was $100 to level out everything. 35% is $35. $100-$35=$65. So, Max will pay 65% of the original price
Copy it just like this I'm in geometry. Glad to help
Complete question:
A student in an introductory statistics course investigated if there is evidence that the proportion of
milk chocolate M&M's that are green differs from the proportion of dark chocolate M&M's that are
green. She purchased a bag of each variety and her data are summarized in the following table:
Milk chocolate- Green:8 Not Green: 33 Total: 41
Dark Chocolate- Green: 4 Not green: 38 Total :42
a) Define the appropriate parameter(s) for this data.nd state the hypotheses for testing if the proportion of green M&M's differs for milk chocolate and dark chocolate M&M's.
b. The p-value is 0.32. Use this p-value to make a decision about these hypotheses with an alpha of 0.05. Be sure to word your decision in the context of the problem. Include an assessment of the strength of your evidence.
Step-by-step explanation:
a.
= Proportion of milk chocolate M&M 's that are green
= Proportion of dark chocolate M&M 's that are green

≠
b. This p-value provides no evidence that the proportion of green candies differs for milk chocolate and dark chocolate M&M's