The table represents the equation y = 2 – 4x. A 2-column table with 5 rows. The first column is labeled x with entries negative 2, negative 1, 0, 1, 2. The second column is labeled y with entries 10, blank, 2, negative 2, negative 6. Use the drop-down menus to complete the statements. The x-values are the . The y-values are the . The missing value in the table for x = –1 is y = .

The missing value for y is 6 at x = -1.

The solution to the table is

X             Y

-2             10

-1               6

0              2

1              -2

2             -6

Given to us:

X             Y

-2             10

-1              __

0              2

1              -2

2             -6

Equation:  y = 2 - 4x

The value of y can be determined by substituting the values in the equation, put the value of x in the equation given in the question,

y = 2 - 4x

Using BODMAS, therefore solving the term within the bracket,

y = 2 - 4(-1)  

Multiplying the terms,

y = 2 + 4

Further after addition, we get,

y = 6

Hence, the missing value for y is 6 at x = -1.

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The missing value for is

Explanation:

It is given that the equation for the table is

The table has 2 column with 5 rows.

Thus, we have,

x       y

-2      10

-1       ---

0        2

1        -2

2       -6

We need to determine the value of y when

The value of y can be determined by substituting in the equation

Thus, we have,

Multiplying the term within the bracket, we have,

Adding the terms, we have,

Thus, the value of y when is 6.

Hence, the missing value for is

3. parallelogram

step-by-step explanation:

we turn each of our sides into direction vectors

ab=b-a=(3 - 7, 1 - 0) = (-4, 1)

bc=c-b=(1,6)

cd=d-c=(4,-1)

da=a-d=(-1,-6)

we see how the opposite sides have negated direction vectors; this is characteristic of a parallelogram.   we have congruent sides ab=cd and bc=da with unequal lengths because 1^2+6^2 is different from (-4)^2+1^2.   so it's not a square or a rhombus.  

we check the dot product of direction vectors of adjacent sides.   we have

ab dot bc = -4(1) + 1(6) = 2

that's not zero so the sides are not perpendicular.   we've ruled out rectangle.

the direction vectors indicate two pairs of congruent parallel sides, so we choose parallelogram over trapezoid.

.there can be infinite values of m and n that can satisfy the above equation. for each value of m of m or n. there maybe infinite sets of solution for the above

step-by-step explanation: