The fourth graph is the one since it passes the vertical line test; for the first graph, placing a vertical line shows some repeat values, which is also true for the second and third graphs. However, the fourth graph does not show any repeating values when a vertical line is drawn, indicating that it is a function
Kiley purchased a platter for $19 and several bowls that cost $8 each. What is the total expense before tax? Just completed the assessment.
We are provided with the vectors:
Vector
and
.
Expressing a vector in component form involves detailing each separate component.
Our vector
can be represented as:

Now, considering 
and 
By substituting the values of
and
, we find:

Thus, the component form of vector 'e' is:

The total distance separating them is 0.25 + 0.75 = 1 mile
So, when will Amir travel 1 mile more than Sal?
Keep in mind that distance = speed multiplied by time
When will Sal's distance + 1 equal Amir's distance?
d = st
where h = time in hours
4.5h + 1 = 6.7h
Now, let's isolate h
Subtract 4.5h from both sides
1 = 2.2h
Dividing each side by 2.2 gives us
0.454545 = h
rounded to the nearest hundredth is
0.45 hours