I don't have any pictures of graphs but a function that has a range of (2, infinity) means that hte lowers point (lowest y-value) is 2, and the height function keeps increasing (the y-value keeps increasing) to infinity.
Using continuity concepts, it is found that the correct options are:
- The function is continuous at x = -4.
- The function has an infinite discontinuity at x = -1.
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A function f(x) is continuous at x = a if:

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- At x = -4, there are no changes in the definition of the function, thus, it is continuous.
- At x = -1, we have that:


- A different definition depending on the which side of -1 the function is, thus, it is a jump discontinuity.
A similar problem is given at brainly.com/question/21447009
Well the diameter is the line that cuts the circle in half, here you have 2 diameters MN and LN. Put only 2 radius which are connect to MN with P.
So there can only be 2 radius: PM and PN.
Looking at the options it seems it's segment PN
<span>If you cut the "whole" into 5 equal pieces, then 3/5ths would be 3 of those 5 pieces. so the answer is 3</span>
Answer:
Step-by-step explanation:
we know that
The formula to calculate the depreciated value is equal to
where
V is the depreciated value
P is the original value
r is the rate of depreciation in decimal
x is Number of Time Periods
in this problem we have

substitute