The graph is a straight line graph that has a y-intercept of -300 (0, -300),
and an x-intercept of 30, (30, 0).
- First Part: A Real-Life problem to fit the data is; <u>Elevation of a diving bell</u> from a 300 feet depth at a constant rate.
- Second Part: The domain of the function is <u>continuous</u>.
Reasons:
First Part;
A Real-life Problem to fit the data shown in the GRAPH is the elevation of a
diving bell from a depth of 300 feet below the surface of the water, at a
constant rate of 10 feet per second.

Second Part;
A discrete domain are values of input made up of only particular numbers
contained within an interval, continuous domain are input values that are
made up of all the numbers within an interval.
Given that the graph of the function is a continuous line, and not made up
of a series of dots and that the input value of time can take on any value,
within the domain from 0 to 30 seconds, the domain is a continuous
domain.
Learn more here:
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(3x + 6) - 4 + (3x + 6) - 4
= 6x+4
Answer:
Step-by-step explanation:
(12)2x=32
2x= 32/12
2x=8/3
I apologize I'm not sure where they get the 5. So I'm very interested in this answer as well.
The amount of water that will fill the tank is 11100 cu.ft to the nearest hundredth.
<h3>What is a Cylindrical figure ?</h3>
A cylinder is a three dimensional figure with two identical circular faces at each end , and a curved surface.
It does not have an edges or vertices.
It is given in the question that
A cylinder with height 14 feet and radius 25 feet.
The volume of a cylinder.
V = π252(14)
The water than can be filled is equal to the volume of the cylinder
V = 11088 cu.ft
There the amount of water that will fill the tank is 11100 cu.ft to the nearest hundredth.
To know more about Cylindrical Figure
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