We know all these angles combined equals 360, so:
3x + 20 + 3x + 20 + x + x = 360
8x + 40 = 360
8x = 320
x = 40
Hope this helps!
Write the range of the function given in the graph in interval notation.<span>However, it is much better to </span>write<span> it in set </span>notation<span> or </span>interval notation<span>. Here's the summary of the domain and </span>range<span> of the </span>given function<span> written in two ways… Because the </span>function<span> involved is a line, I can predict that the </span>range<span> is all y values . It can definitely go as high or as low without any limits.
</span><span>
d. (-4,3)∪(3,8)</span>
Answer:
Step by step explanation:
Given that,


Solution:
Solving for (f•g)(x):

Now substitute the given values.


Apply distributive property:

Hence,f•g(x) will be
.
Answer:
dftybuyj
Step-by-step explanation: