Function Notation Function name
Independent
variable
Dependent
variable
h, in D = h(t)
t, in D = h(t)
y, in y=f(x)
r, in A = g(0)
g, in A=g(0)
x, in y = f(x)
A, in A = g(1)
D, in D = h(t)
f, in y = f(x)

20

step-by-step explanation:

assuming you meant there are 24 pounds of apples in each case, if this is not what you meant, correct me so i can you further

2 equivalent expressions to represent the area of a rectangle and the top is n-3 and the side is 2

area of the rectangle = length * width

given length = n - 3

width = 2

replace it in the area

so area of the rectangle = (n-3) *2

= 2(n-3)

one of the expression is 2(n-3)

to get another expression we distribute 2 inside the parenthesis

2(n-3) is 2n - 6

so another expression is 2n - 6

two equivalent expression are

2(n - 3)   , 2n - 6