Answer:
The Inverse variation states a relationship between the two variable in which the product is constant.
i.e 
then the equation is of the form: 
where k is the constant of variation.
As per the given information: It is given that x and y vary inversely and that y = 1/6 when x = 3.
then, by definition of inverse variation;
xy = k ......[1]
Substitute the given values we have;
Now, find the value of y when x = 10.
Substitute the given values of x=10 and k = 1/2, in [1] we have;
Divide both sides by 10 we get;
therefore, a function that models the inverse variation is; 
and value of when x = 10.
Since we have the length and width of the window, we can multiply the two values.
Convert both fractions to improper fractions
(26/3)*(23/4)
=598/12 ft squared
= This simplifies to 49 5/6 ft. squared
Here you go :) . . . . ..
Answer:
$4000000
Step-by-step explanation:
Given data :
200000 shares at $10 par common stock outstanding
market price of stock = $12 per share
increased par value of stock = $10 ( $20)
Black's paid-in capital--excess of par account = $4000000.
The balance in Black's paid-in capital--excess of par account immediately after the reverse stock spit will be $4000000 because the increased par value of stock from $10 to $20 will be reversed back immediately after the reverse stock hence the paid-in capital--excess before stock split = paid-in capital --excess immediately after reverse stock split
Answer:
y = 2 + ((-)6/5)x
Step-by-step explanation:
-6x-5y=-10
add 6x to both sides.
-5y = -10 +6x
divide both sides by -5
y = 2 - (6/5)x
Plug in 0 for x to get the y intercept:
f(0) = 2 - (6/5) (0)
y = 2
(0, 2) is the y intercept.
Do the same for values such as -1, -2, 1, and 2, etc.
Then graph it.
