Answer:
180
Step-by-step explanation:
1 - ⅕ - ⅖ = ⅖
Third boy received ⅖ of the oranges, which are 72
⅖ : 72
1 : X
X = 72 ÷ ⅖ = 180
Answer:
The answer is C.
Step-by-step explanation:
The admission fee is already $2.00, but they also have to pay an extra $0.25 every time they attend a game, so that should leave you with the equation of 2 + 0.25x
<h3>
Answer:</h3>
equations
solution
<h3>
Step-by-step explanation:</h3>
Let "a" and "c" represent the numbers of adult and children's tickets sold, respectively. The problem statement tells us two relationships between these values:
... 20a +10c = 15000 . . . . . . total revenue from ticket sales
... c = 3a . . . . . . . . . . . . . . . . relationship between numbers of tickets sold
Using the expression for c, we can substitute into the first equation to get ...
... 20a +10(3a) = 15000
... 50a = 15000
... a = 15000/50 = 300 . . . . . adult tickets sold
... c = 3·300 = 900 . . . . . children's tickets sold
Step-by-step explanation:
X - ⅙X = - ½ - ⅓ ==> ⅚X = - ⅚ ==> X = -1
Answer:
the equation of the line will be: 
Step-by-step explanation:
Equation of line: x + y = 6
We need to write an equation for the perpendicular line that goes through
(5, 1).
The equation will be in slope-intercept form 
where m is slope and b is y-intercept
Finding Slope:
Equation of line given is: x+y=6
Writing it in slope-intercept form: 
The slope of this line is m = -1 (By comparing it with we get m = -1)
Since the required line is perpendicular, their slopes will be opposite inverse of each other i.e. 
So, slope of required line will be: m=1
Now, using the point (5,1) and slope m=1 we can find y-intercept
So, we get y-intercept b = -4
Now, the equation of required line, having slope m=1 and y-intercept b = -4
So, the equation of the line will be:
