The step that Juan should follow immediately after he makes the cookies is to review his experience.
<h3>What is algorithm?</h3>
An algorithm is known to be the way used for handling a problem or carrying out a computation.
Note that The step that Juan should follow immediately after he makes the cookies is to review his experience as he will be able to know if his algorithm is correct or not.
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Answer:
Option B i.e., Update the UEFI firmware.
Explanation:
The user had many periods of using the same machine. He wants to update the processor to increase the existing service period. Later, he tests the paperwork onto the motherboard and buys the best motherboard-supported processor.
While the user starts the machine, though, that makes a noise constantly, nothing is shown on its monitor and it wouldn't start. So, the first step is he will update firmware from UEFI.
Thus, the other options are not correct according to the scenario.
Answer:
#include <iostream>
using namespace std;
int main(){
int a, b, c;
cout<<"Enter three integers: ";
cin>>a>>b>>c;
if(a<=b && a<=c){
cout<<"Smallest: "<<a; }
else if(b<=a && b<=c){
cout<<"Smallest: "<<b; }
else{
cout<<"Smallest: "<<c; }
return 0;
}
Explanation:
This line declares three integer variables a, b and c
int a, b, c;
This line prompts the user for three integer inputs
cout<<"Enter three integers: ";
This line gets the inputs
cin>>a>>b>>c;
This checks if the first is the smallest
if(a<=b && a<=c){
If yes, it prints the first as the smallest
cout<<"Smallest: "<<a; }
This checks if the second is the smallest
else if(b<=a && b<=c){
If yes, it prints the second as the smallest
cout<<"Smallest: "<<b; }
If the above conditions are not true, then the third number is printed as the smallest
<em> else{</em>
<em> cout<<"Smallest: "<<c;</em>
<em> }</em>
<em />
Answer:
hop limit
Explanation:
Hop limit (as called in IPV6), or Time to live (as called in IPV4) is one of the fields in data packet. It is used to limit the life time of a packet in a network by specifying the allowable limit on the number of hops for which a packet is allowed before being removed from the network. It prevents a network from holding a packet forever. So when a router receives a packet, before forwarding it, it decrements the packet's hop limit by 1. If the hop limit gets to zero, any router holding it will drop it rather than forwarding it. This will help remove the packet from the network.
<em>Hope this helps!</em>
Answer:
True
Explanation:
Forwarded events can only be recorded when systems administrators have de-established an event subscription.