Answer:
B. CAD produces designs that are of the highest quality.
C. CAD provides systems for error-free manufacturing.
Explanation:
B. CAD produces designs that are of the highest quality.
CAD does produce the highest quality of design, way better than what traditional paper plans can do.
C. CAD provides systems for error-free manufacturing.
Many manufacturing systems can read CAD designs directly before the need of a human intervention in between, that eliminates possible errors.
Answers A and D are not true, because once passed the learning-curve, CAD greatly accelerates the production of designs. And we know the learning-curve is behind them because the question says he has adopted the new system.
Answer:
Check the explanation
Explanation:
We can utilize the above algorithm with a little in modification. If in each of the iteration, we discover a node with no inward edges, then we we’re expected succeed in creating a topological ordering.
If in a number of iteration, it becomes apparent that each of the node has a minimum of one inward edge, then there must be a presence of cycle in the graph.
So our algorithm in finding the cycle is this: continually follow an edge into the node we’re presently at (which is by choosing the first one on the adjacency list of inward edges to decrease the running time).
Since the entire node has an inward edge, we can do this continually or constantly until we revisit a node v for the first time.
The set of nodes that we will come across among these two successive visits is a cycle (which is traversed in the reverse direction).
If you have an iPhone, you can use iMovie
Answer:
B!
Explanation:
With more accessibility to the internet in homes, people were more likely to use the devices. News isn't known for being trustworthy & tv/radio are still used today.
Answer:
test the installed cable
Explanation:
Based on the information provided within the question it can be said that the next step that Amy should take would be to test the installed cable. One of the most performed tests is called an Insertion Loss test. This is done with light source and power meter (LSPM) or optical loss test set, and tests to make sure that the information is travelling through the cable correctly and that no loss occurs in transit.
