I'll make you your goal is to save at least $350.00 over the next 7 weeks. how much money must you save each week in the order to meet that goal? write and solve an inequality. a: 7x ≤ 350; x ≤50 b: x ≥ 350; x ≥ 5 c: 350x ≥ 7; x ≥ 5 d: 7x≥ 350; x ≥ 50 which solution of the equation y= 5x + 3 a: (5,28) b: (28, 5) c: (4, 20) d: (3, 19) suppose tuna is on sale for $0.90 a can, and you have a coupon for $0.40 off your total purchase. write a function rule for the cost of "n" cans of tuna. a: c(n) = 0.90n - 0.40 b: c(n) = 0.40n - 0.90 c: c(n) = (0.90+n) - 0.40 d: c(n) = (0.40+n) - 0.90

1. d.

2. a. (5, 28)

3. a: C(n) = 0.90 n - 0.40

Step-by-step explanation:

1. Here x represents the saving of one day.

Thus, the total saving for 7 day = 7 x

And, my  goal is to save at least $350.00  ( According to the question)

⇒

⇒   ( by dividing both sides by 7 )

Therefore, Option d is correct.

2. since, if a point satisfies an equation then we can say that it is the solution of the equation.

(5,28) satisfies y= 5x + 3

Because at x = 5, 5×5 + 3 = 25 + 3 = 28

except this point other points (28, 5), (4, 20) and (3, 19) are not satisfying given equation of line.

Therefore, only (5,28) is the solution of line.

⇒ Option a is correct.

3. Here n represents the number of tunas.

And, according to question the cost of one tuna = $0.90

⇒ Cost of n tunas = $ 0.90n

But again according to the question,

I have a coupon for $0.40 off your total purchase.

Thus, $ 0.40 will be less from my total purchasing cost.

⇒ The cost of n tunas = $ (0.90 n - 0.4)

Option a is correct.

nada

step-by-step explanation:

definitely a. the others have almost all data points on one side of the line.

step-by-step explanation: