Answer:
Prior to the innovations of present day times to disentangle correspondence and transportation, roadways were the foundation of accomplishment and accommodation. For the Roman Empire particularly, roadways actually prepared to one of the biggest and best domains ever. Basic soil streets that would have fulfilled the necessities to little networks could never again continue the requirements of the consistently developing domain. As war filled the Roman economy, colossal assets were put towards building streets for the Roman armed forces, enabling them to move over the domain with productivity and ease. As progressively paved, direct courses rose, their quality got crucial to interface individuals now part of expanding measure of room. At its top, there were more than 80,000 km of street extended over its spread (DeSoto, 2012). When the streets were manufactured, they could be utilized for different methods, for example, transportation of business and openness that were of the utmost importance in keeping up the realm. The methods through which these roadways were assembled and utilized enabled the domain to venture into the one caught wind of today and could be constantly utilized a while later to help its huge populace. The degree of these roadway frameworks in the realm can be seen above in Figure 1. This article will assess the Roman street system, how and why it was framed, and its utilization and effect on the Roman Empire.
Step-by-step explanation:
#4 no some outputs and inputs are the same
Answer:
D. h(x) = 4(x - 5)² - 18
Step-by-step explanation:
C(0) = 20
C(16) = 10
I believe those are the answers
The answer is A) x = 9
We know this because every four sided figure has angles that measure up to 360. So we can subtract all of the angles and then use the remaining angle to solve the problem.
360 - 90 - 90 - 99 = 81.
So with the remaining angle being 81, we can solve for x.
x^2 = 81
x = +/-9
Since +9 is the only answer that makes sense in this case, x = 9.
