If you add a value to the outcome of the function (as in case a), you will just shift the graph up along the y-axis. Makes sense, right, since you're adding an extra 2 to the value you will plot on the y axis.
If you subtract (in this example) a value to the input of the function, you're actually "looking back" into the past of the graph (i.e., the left side). For example, for x=4 you're now plotting the value that used to be at x=1. So this shifts the graph to the right.
That may be confusing at first. But I hope with a little thought experiment, you get it.
Answer: 576 cm³
Explanation:
Radius = Diamater ÷ 2 = 8 ÷ 2 = 4 cm
V = π r² h = 3 (4)² (12) = 576 cm³
Answer:
false
Step-by-step explanation:
the anwser would be 45=10 witch is not true
130 • .16 = 20.8 or 20 (4/5) or 104/5
Put the answer as 20.8 unless specified otherwise.
.16 is 16%
Answer:
A,C,E
You can see that the temperature and heat energy is changing at those points than just sitting there like B and D
