Question

Check five questions please?

Answer 1

1. Chef Romero takes a dozen large eggs from a refrigerator and uses an even number of eggs in a breakfast dish. The function p(e) = 6e gives the number of grams of protein in Chef Romero’s breakfast dish containing e large eggs.
What is the theoretical domain of the function?

all real numbers <------
all real numbers except 0
all even numbers between 2 and 12, inclusive
all whole numbers between 1 and 12, inclusive


2. Chef Romero takes a dozen large eggs from a refrigerator and uses an even number of eggs in a breakfast dish. The function p(e) = 6e gives the number of grams of protein in Chef Romero’s breakfast dish containing e large eggs.
What is the practical domain of the function?

all even numbers
all whole numbers
all even numbers between 2 and 12, inclusive <------
all whole numbers between 1 and 12, inclusive


3. Chef Romero takes a dozen large eggs from a refrigerator and uses an even number of eggs in a breakfast dish. The function p(e) = 6e gives the number of grams of protein in Chef Romero’s breakfast dish containing e large eggs.
What is the theoretical range of the function?

all real numbers <-----
all even numbers
all multiples of 6 between 12 and 72, inclusive
all multiples of 12 between 12 and 72, inclusive


4. Chef Romero takes a dozen large eggs from a refrigerator and uses an even number of eggs in a breakfast dish. The function p(e) = 6e gives the number of grams of protein in Chef Romero’s breakfast dish containing e large eggs.
What is the practical range of the function?

all even numbers
all real numbers
all multiples of 6 between 12 and 72, inclusive <-----
all multiples of 12 between 12 and 72, inclusive


5. Chef Romero takes a dozen large eggs from a refrigerator and uses an even number of eggs in a breakfast dish. The function p(e) = 6e gives the number of grams of protein in Chef Romero’s breakfast dish containing e large eggs.
Which statement is true?

The graph of p(e) graphed over the theoretical domain is a set of points, and the graph of p(e) graphed over the practical domain is a line.

The graph of p(e) graphed over the theoretical domain is a segment, and the graph of p(e) graphed over the practical domain is a set of points.

The graph of p(e) graphed over the theoretical domain is a line, and the graph of p(e) graphed over the practical domain is a segment. <-------

The graph of p(e) graphed over the theoretical domain is a line, and the graph of p(e) graphed over the practical domain is a set of points.

Answer 2

@ganeshie8 @aaronq @iGreen @undeadknight26

Answer 3

e exponential function?

Answer 4

What? @Isaiah.Feynman

Answer 5

Never mind. The function p(e) is linear. So its theoretical domain is all real numbers

Answer 6

Yes, I've already been through this.. ^^

Answer 7

Yep, looks right. I'm just not 100% sure on C and D.

Answer 8

... Two of them were wrong ...
Thanks though!