Answer:
<em>Well, Your answer will be is </em><em>B. Delete previously entered notes in the Notes Pane. Good Luck!</em>
Answer:
The answer to this question can be given as:
Statement:
eurasiaSales = add(euroSales, asiaSales);
//calling function and value in variable (eurasiaSales)
Explanation:
In the above statement, we assume that there is an add function that is already declared. In this function, two variable is passed as the parameter, we add two numbers and return its value. Then we declare the main function in the main function we declare a variable that is (eurasiaSales). This variable holds the value of the add function when we call the function.
Answer:
The answer is variables, constants, expressions and funcions.
A. This is a structural hazard.
B. This is a control hazard.
C. This is a data hazard.
<u>Explanation:</u>
There are various types of hazards that occur in computer architecture based on certain conditions.
The memory shared by instruction fetches and data accesses in a Von Neumann memory architecture. This is a structural hazard.
A conditional branch instruction in a RISC processor. This is a control hazard.
An integer multiplier that takes two cycles to complete when all other arithmetic operations in a processor take one cycle. Assume that there are sufficient register read and write ports to support all the necessary read and writes per cycle. This is a data hazard.
Data hazards occur happen when the pipeline changes the request for perusing/composing gets to operands with the goal that the request varies from the request seen by consecutively executing guidelines on the unpipelined machine.
A structural hazard occurs when a piece of the processor's equipment is required by at least two guidelines simultaneously.
Control hazards can cause a more noteworthy presentation misfortune for the DLX pipeline than data hazards.