The answer is B.
If you look for where the two graphs intersect, you'll see that the x values of the ordered pairs are -4 (for the intersection in quadrant 2) and roughly 2.5 (for the intersection in quadrant 4). This problem is just asking you to look for those values.
Answer:
The numbers would be 89,414 , 89,416, and 89,418
Step-by-step explanation:
In order to find this, start by setting the lowest number as x. Then we can determine that the next two even integers are x + 2 and x + 4. From this we can write the following equation.
2(x) + x + 2 = 268,244
3x + 2 = 268,244
3x = 268,242
x = 89,414
Since the first number is 89,414, we know the next two are 89,416 and 89,418.
5x - 6y = 30
6y = 5x - 30
Y = 5/6x - 5
y intercept = -5
Therefore (0, -5)
0 = 5/6x - 5
5/6x = 5
x = 6
x intercept = 6
therefore (6,0)
answer : first one
x intercept =
18 because X is the missing number that we need to find. What’s the opposite of addition? Subtraction.
24-6=X
X=18
Answer:
There are 12 purple marbles and 8 yellow marbles.
Step-by-step explanation:
Let there are x purple and y yellow marbled in a bag.
x+y = 20 ...(1)
The number of purple marbles is 4 less than 2 times the number of yellow marbles.
x = 2y -4
x-2y = -4 ...(2)
Subtract equation (1) from (2).
x-2y-(x+y) = -4-20
-2y-y = -24
-3y = -24
y = 8
Put the value of y in equation (1).
x+8 = 20
x = 12
Hence, there are 12 purple marbles and 8 yellow marbles.