I would think b, but if u don’t agree then I would go with d
We have already seen how to approximate a function using its tangent line. This was the key idea in Euler’s
method. If we know the function value at some point (say f (a)) and the value of the derivative at the same
point (f
(a)) we can use these to find the tangent line, and then use the tangent line to approximate f (x)
for other points x. Of course, this approximation will only be good when x is relatively near a. The tangent
line approximation of f (x) for x near a is called the first degree Taylor Polynomial of f (x) and is:
f (x) ≈ f (a) + f
(a)(x − a)
Answer:
$30.98
Step-by-step explanation:
Make an expression
It costs 3.25 per mile(x), and there is a cost of 4 no matter how many miles are traveled.
3.25x+4
To find how much 8.3 miles will cost, substitute 8.3 in for x
3.25x+4
3.25(8.3)+4
Multiply
26.975+4
Add
30.975
Round to the nearest cent/hundreth
30.98
So, it costs $30.98 to travel 8.3 miles
Hope this helps! :)
Answer: 2/8
Step-by-step explanation:
The probability that the marbles are white or grey is 2/8 because since there is 2 marbles and the total is 8 so you have a probability of 25% to get white or gray
Answer:
See below
Step-by-step explanation:
First, I would choose three different points with some distance between. Let's do x = -5, x = 0, and x = 5. Next, I would plug those numbers into the equation, like so:
Next, I would plot the points [(-5, 45), (0, 25), (5, 5)] on an x-y graph. Finally, I would take a ruler, line it up with the three points, and draw a line through those three points, extending from one side of the graph to the other to show the equation is continuous.
