Let x represent any number in the set if even integers greater than 1

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Answer 1

Answer: Hello,

The Set={x | x=2k+2,k∈N}

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A teacher wrote the equation 3y + 12 = 6x on the board. For what value of b would the additional equation 2y = 4x + b form a system of linear equations with infinitely many solutions?b = –8 b = –4 b = 2 b = 6

Plssssssss help me

-6(3-3a)-8(6a+5)=32

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$-6(3-3a)-8(6a+5)=32 \n \n -18+18a-48a-40=32 \n \n -30a-58=32 \n \n -30a=90 \n \n \boxed{a=-3}$

if light bulbs are 4 for $2.00 , how much will 12 light bulbs cost , round to the nearest cent if necessary?

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If 4 are $2.00 , then x3 to get 12 light bulbs and 2x3=6 so it's $6.00

2. A dice is rolled. A card is drawn from a deck of face cards (i.e. only Jack, Queen, King of each suit). A coin is flipped. a) Draw a tree diagram to define the sample space for this game. b) You win the game if you toss tails, draw a heart, and roll an even number. Find the probability that you do not win.

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When you roll and even number, the probability of winning is 3/6 or 1/2.
When you want to draw a heart:
The sample space is 12. That is 3 faces and 4 suits. There are 4 hearts in this deck. The probability you get a heart is 4/12 or 1/3.
When you want to toss a tail:
Sample space is 2, head and tail. You do not win if you get a heads. The probability is 1/2. The probability of winning is 1/2 * 1/3 * 1/2 = 1/12 Then the probability of losing is 1-1/12 = 11/12

Based on the graph, which statement is correct about the solution to the system of equations for lines K and J?(1, 1) is the solution to both lines K and J.
(−1, 0) is the solution to line K but not to line J.
(1, 1) is the solution to line K but not to line J.
(0, 4) is the solution to both lines K and J.

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The answer is (1,1) since that is where J and K intersect.

They Supreme Court chooses to hear cases that (blank)

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Answer:

involve the constitution

Step-by-step explanation:

a local theme park found that if the price of admission was $12 per person. the attendance was 2200. when the price of admission was lowered to $10, the attendance rose 3000 for the week. write the linear equation for admission in terms of price. use x for the independent variable and y for the dependent variable. write answer in slope intercept form with no spaces

Answers

A linear equation in slope-intercept form from two points is given by (y - y1)/(x - x1) = (y2 - y1)/(x2 - x1).

Here, y1 = 2200, x1 = 12, y2 = 3000 and x2 = 10, then

(y - 2200)/(x - 12) = (3000 - 2200)/(10 - 12)
(y - 2200)/(x - 12) = 800/-2 = -400
y - 2200 = -400(x - 12)
y = -400x + 4800 + 2200
y=-400x+7000

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