Which of these probability values fit the tree diagram? a. p(a) = 0.35, p(b) = 0.65, p(c) = 0.70, p(d) = 0.30, p(e) = 0.30, p(f) = 0.70 b. p(a) = 0.35, p(b) = 0.65, p(c) = 0.70, p(d) = 0.30, p(e) = 0.70, p(f) = 0.30 c. p(a) = 0.35, p(b) = 0.65, p(c) = 0.30, p(d) = 0.70, p(e) = 0.70, p(f) = 0.30 d. p(a) = 0.65, p(b) = 0.35, p(c) = 0.70, p(d) = 0.30, p(e) = 0.30, p(f) = 0.70

341

step-by-step explanation:

all you have to do is 9x31 (which equals 279) and then 20x31 (which equals 620). then you have to subtract. 620-279=341.

answer: the price of one pound cabbage = $ 0.8

the point (10,8) represents that the cost of 10 pounds cabbage is $ 8

step-by-step explanation:

since, here is a proportional relation between the number of pounds of cabbage (x) and the price in dollars (y).

therefore, we can write,

⇒ y = k x

where k is the constant of proportionality.

now, point (5,4) is in the line.

thus, it will satisfies the above equation of line.

⇒ 4 = 5 k

⇒ k = 0.8

thus, the equation of the line is,

y = 0.8 x

a) for x = 1,

y = 0.8

therefore, the cost of one pound of cabbage is 0.8 dollars.

b) in the below graph (10,8) represents that the cost of 10 pounds of cabbage is 8 dollars.

6,250

step-by-step explanation:

to get the area, multiply 360 by 160.(57,600)

to find out how many bags of fertilizer it will take, first figure out how many square feet one bag can hold. divide 1000 by 8(125) to get the unit rate(how many square feet one pound of fertilizer can hold)and multiply it by 50(6250). if i haven't made a mistake, that is the answer.