We can use the fundamental counting theory to determine the number of possible ways in which a 5-digit can be assigned from zero to four. In this case, the first to fifth digit can be assigned from zero to four. Hence the sequence is 5*5*5*5*5 equal to D. 3125
Hello from MrBillDoesMath!
Answer:
l = s/3.14 - r^2
Discussion:
s = 3.14 l + 3.14 r^2 => divide both sides by 3.14
s/3.14 = l + r^2 => subtract r^2 from both sides
(s/3.14) - r^2 = l
Thank you,
MrB
Hello there!
To find the increasing intervals for this graph just based on the equation, we should find the turning points first.
Take the derivative of f(x)...
f(x)=-x²+3x+8
f'(x)=-2x+3
Set f'(x) equal to 0...
0=-2x+3
-3=-2x
3/2=x
This means that the x-value of our turning point is 3/2. Now we need to analyze the equation to figure out the end behavior of this graph as x approaches infinity and negative infinity.
Since the leading coefficient is -1, as x approaches ∞, f(x) approaches -∞ Because the exponent of the leading term is even, the end behavior of f(x) as x approaches -∞ is also -∞.
This means that the interval by which this parabola is increasing is...
(-∞,3/2)
PLEASE DON'T include 3/2 on the increasing interval because it's a turning point. The slope of the tangent line to the turning point is 0 so the graph isn't increasing OR decreasing at this point.
I really hope this helps!
Best wishes :)
Answer:
B. 19.8 square units
Step-by-step explanation:
For this geometry an appropriate formula for the area is ...
area = (1/2)·a·c·sin(B) = (1/2)·(5.9 units)·(6.8 units)·sin(99°) ≈ 19.8 units²
Answer:
2000/4×500=250000sheets
Step-by-step explanation:
