Answer:
The answer would be y-intercept and a point that is NOT an intercept
Step-by-step explanation:
To describe a point on the graph, we need a corresponding
(x,y)(x,y)
(x,y)
left parenthesis, x, comma, y, right parenthesis
pair.
In our case, these are corresponding values of weeks since spring arrives and thickness of ice.
weeks since spring arrivedthickness of ice↓↓(x,y)\begin{aligned} \scriptsize\text{weeks since spring arrived}&\quad\scriptsize\text{thickness of ice} \\ \downarrow&\quad\downarrow \\ \large (x &,\quad\large y) \end{aligned}
weeks since spring arrived
↓
(x
thickness of ice
↓
,y)
To describe the slope of the graph, we need information about the rate of change of the relationship.
In our case, this is the rate at which the thickness of ice changes over time (in meters per week).
Hint #2
2 / 4
The ice is
22
2
2
meters thick at the start of spring, when
00
0
0
weeks have passed. This corresponds to the point
(0,2)(0,2)
(0,2)
left parenthesis, 0, comma, 2, right parenthesis
and is a
yy
y
y
-intercept.
Hint #3
3 / 4
After
33
3
3
weeks, the sheet is only
1.251.25
1.25
1, point, 25
meters thick. This corresponds to the point
(3,1.25)(3,1.25)
(3,1.25)
left parenthesis, 3, comma, 1, point, 25, right parenthesis
and is not an intercept.
Hint #4
4 / 4
The
yy
y
y
-intercept and a point that is not an intercept is given
