Answer:
c. traffic shaping
Explanation:
A traffic shaping system is one that allows to adapt the incoming data traffic that comes from some node of the network giving it a special treatment called conformation of accepted traffic and thus allowing the frames to be forwarded through the network of data under traffic rules without having gone through some traffic shaping method, this can be detected as non-conforming traffic at the edge of access to the discarded metropolitan network.
Traffic shaping is a mechanism that alters the traffic characteristics of the cell flow of a connection to achieve better network efficiency while maintaining QoS objectives or in order to ensure that the cell flow conforms to traffic parameters according to the leaky bucket algorithm configuration of the traffic contract. Traffic shaping can be used in ATM, for example, to reduce peak speed, limit the length of the burst by means of adequate spacing of cells over time. The use and location of this function is network specific.
The answer is B. A only. The optimum valve timing is found through experimentation using an engine dynamometer. The timing of the opening and closing of the valves is called valve timing. So the use of dynamometer measures the power output of a machine that is why it can measure the optimum valve timing.
The shadow cast by the earth is quite a bit larger than the moon
Answer:
In Python:
cprice= int(input("Current price: "))
lmonth= int(input("Last month's price: "))
print("This house is $"+str(cprice))
print("The change is $"+str(cprice-lmonth)+" since last month")
print("The current mortage $"+str((cprice * 0.051) / 12)+" since last month")
Explanation:
Get current price
cprice= int(input("Current price: "))
Get last month's price
lmonth= int(input("Last month's price: "))
Print the current price
print("This house is $"+str(cprice))
Print the change
print("The change is $"+str(cprice-lmonth)+" since last month")
Print the mortgage
print("The current mortage $"+str((cprice * 0.051) / 12)+" since last month")
Answer:
#include <iostream>
#include<cmath>
using namespace std;
int main()
{
double total = 0;
double check=1;
double ct=0;
double old=1;
while( fabs(total - old) > 0.00005 )
{
old=total;
total=total+check*4.0/(2.0*ct+1);
ct=ct+1;
check=0.0-check;
}
cout<<"Approximate value of pi is "<<total<<endl;
return 0;
}
Explanation:
- Initialize all the necessary variables.
- Run a while loop until the following condition is met.
fabs(total - old) > 0.00005
- Inside the while loop calculate the total value.
- Lastly, display the approximate value of pi.
