X should be around 1.5625, assuming that -4 is squared is not in a parenthesis. So, the problem should be -20=-4^2(sqrtx). Divide -20 by -16 to get 1.25. Then square 1.25 and sqrt x to get 1.5625.
2+(-6) because you have two and then subtract -6
7m - 3n
m = 3, n = 2
Replace m and n with the appropriate numbers:
7(3) - 3(2)
Multiply both sides:
21 - 6
Subtract:
21-6 = 15
The correct answer to this question is 0.34 or 34 percent. To solve this, use the formula P(nuts/chocolate) = P(chocolate and nuts)/P(chocolate) = 0.25/0.73 = 0.342. Round to the nearest tenth of a percent, the answer is 34 percent. This is <span>the probability that a dessert chosen at random contains nuts given that it contains chocolate. </span>Thank you for posting your question. I hope that this answer helped you. Let me know if you need more help.
Answer:
y = -2x/3 +3
Step-by-step explanation:
lets find the gradient first
(11/3 -7/3)/(-1-1) = -2/3
then find the equation by putting gradient and any relative coordinates from the table:
y - -1 = -2/3 ( x - 6)
y = -2x/3 +3