Answer:
Routers control traffic between networks while switches control traffic within a network
Explanation:
Router and switches both are used to control the traffic. In local area network, different computer are connected with each other with in the organization or network. Switch is used to connect all the computers or devices in the local area network (LAN). The switch is responsible for connecting all the computers in the LAN and controlling the traffic within the LAN network.
On the other hand, Wide Area Network (WAN) is consist of multiple number of Local Area Networks (LANs). To connect all the LAN router is used. Router is responsible for connecting all the networks in the WAN and also responsible for controlling traffic between different networks.
Answer:
I think you can get mic feedback from all of the microphones
Explanation:
Let me know if this is the answer you are looking for
Answer:
False
Explanation:
This is not true at all. This can be done with a wide variety of resources in the modern world. There is the CPLEX (IBM ILOG CPLEX Optimization Studio) software, which was developed by Robert E. Bixby in 1988, it passed to several other companies and it was later sold to IBM in January 2009. Today it's one of the world's most effective programs when it comes to automated linear programming solutions.
Using the python code we can say that it will be possible to calculate the neutrons and organize them as:
<h3>The code can be written as:</h3>
<em>def get_total_derivative(self,l_id):</em>
<em>def sigmoid(x, div = 0):</em>
<em>if div == 1: </em>
<em>return np.exp(-x) / (1. + np.exp(-x))**2.</em>
<em>if div == 2: </em>
<em>return - np.exp(x) * (np.exp(x) - 1) / (1. + np.exp(x))**3.</em>
<em>return 1. / (1. + np.exp(-x)) </em>
<em />
<em>def linear(x, div = 0):</em>
<em>if div == 1: </em>
<em>return np.full(x.shape,1)</em>
<em>if div > 2: </em>
<em>return np.zeros(x.shape)</em>
<em>return x </em>
<em />
<em />
<em />
See more about python at brainly.com/question/18502436
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Answer:
The order of the efficiencies is as following:-
10,000 < 2n < nlog(n) < n5 < n!.
Explanation:
10,000 is constant time whatever will be the size of the problem the efficiency will remain the same.
2n this efficiency is linear it will grow proportionally as the size of the problem increases.
nlog(n) this efficiency is is a bit greater than 2n though it will grow faster than 2n but slower than n2 as the size of the problem increases.
n5 this efficiency is very poor.It is growing very rapidly as the size of the problem increases.
n! is the worst efficiency of them all.
n!=n*(n-1)*(n-2)*(n-3)*(n-4)*.......2*1.
It will grow beanstalk in jack and the beanstalk.
