Answer:
Check the explanation
Explanation:
Answer: Solution: Algorithm:
Step 1: Start.
Step 2: Create a stack Step
3: Push an initial stack variable, it will represent that, stack is empty.
Step 4: Get input
If +1 then push "+1"
Else if -1 then pop
Step 5: Repeat until all input finish or Stop if empty stack variable popped. Step 6: Stop.
It is a pushdown automata problem.
It can be also represented as:
X =1+1* —1* 1No(+1)>= No(-1)}
Business application software programs make it possible to: increase productivity in the office setting.
Please give me Brainless if this help!!
Answer:
Preemptive scheduling is the scheduling which a process given to the CPU can be suspended if a more suitable process comes between execution.
For example :- In SJF (Shortest Job First) a more smaller process comes between the execution the CPU will execute the new process and the process which was in the execution will be suspended for the time being.
Non-Preemptive scheduling cannot suspend the process in between if a process is in execution it will be fully executed then other process will get executed.
Strict Non preemptive scheduling are not suitable for computer centers because it cannot execute process with more priority if it comes between the execution.
Answer: (D) Account > Property > View
Explanation:
The Account > Property > View is the hierarchical structure of the google analytics account and it this hierarchical stricture basically represent from top to the bottom. The google account basically contain two and more properties for structuring the efficient accounts.
The property of the reporting view contain unique ID and it is the combination of digits and account ID. The view property in the analytic account basically used for access, analyzing and customize the data for viewing in proper way.
Answer:
The Layer 4 (Transport layer)
Explanation:
The transport layer is the fourth layer of the OSI (Open Systems Interconnection) model that is responsible for transmitting data between networking devices. Some of its other functions are;
i. It maintains flow control so that the destination station does not receive more packets than it can handle or process at a particular time.
ii. it also maintains error control so that the entire message (data) sent arrives at the layer without any error due to incompleteness, loss, damage or duplication.
