<h3>
Answer: (0, -1)</h3>
Look where the graph crosses the vertical y axis. This point is the y intercept.
In this case, the y intercept is located at (0, -1)
You start at the origin (0,0) and move down 1 unit to get to (0, -1)
Side note: The equation of this line is y = 2x-1
We first recall the formula for the volume of a rectangular box:

where l is its length, w is the width, and h is the height.
According to the problem, the height is 3 inches less than the width therefore we can replace h with the term

. Additionally, the length of the box is 2 inches more than twice the width therefore the length can also be replaced with

.
We can notice that the equation will just have one unknown variable because we already know the volume of the box. We can then solve for this variable (w):




Solving the cubic equation we'll get

and two complex number solutions. We'll just need to solve for the length and height using the value of the width:

ANSWER: The width of the box is 10 inches; its length is 22 inches, and its height is 7 inches.
Yes this is the correct answer. The slope field shown is the differential equation dy/dx = x+y
All points along the line x+y = k, for some constant k, will have the same tangent slope k. For example, the line x+y = 0 will have every point with tangent slope 0 for the solution y(x). It may not be 100% clear, but this graph has horizontal tickmarks on the line x+y = 0, or the tickmarks are close to being horizontal. Using geogebra, I checked the others and they produced completely different graphs, which allowed me to rule them out.
Answer:
False
Step-by-step explanation:
Answer:
40 miles per hour
Step-by-step explanation:
Change 300 minutes to hours. There are 60 minutes to hours
300 minutes * 1 hour/ 60 minutes = 5 hours
Now take the miles and divide by hours
200 miles / 5 hours = 40 miles per hour