0
For any segment base address, segment first physical address will have 0 in the least
significant position in hexadecimal format.
Let say, our Segment base =0x1234, and we calculate segment first physical address as
0x12340
What else can I help you with?
What assembly language directive indicates the start of the code segment?
The "ORG" (for "origin") statement indicates the start of the code segment. Many assembly language source files start with "ORG 0", indicating that instructions begin at address 0. Many other assembly language source files, such as COM files, start with "ORG 0x100", indicating that instructions begin at address 0x100.
What does the format for Ethernet frames specify?
destination (physical/hardware address) Source (physical/hardware address) Start flag (start of message indicator) Recipient sender encapsulated data end of frame
How do you obtain offset address?
To obtain an offset address, you typically start with the base address of a memory segment and add the desired offset value to it. In programming, this can be done using pointer arithmetic. For example, in C or C++, if you have a pointer pointing to a base address, you can obtain the offset address by adding an integer value to that pointer. The resulting address points to a specific location within the memory segment relative to the base address.
How do you find out your Mac address in windows 7?
click start search for: cmd hit enter type in ipconfig /all Under Physical address that is your MAC address
What is a segment or curve starts starts and stops?
A segment or curve cannot start and then start again without having stopped!
Can CD be called a DC line segment?
Yes, it doesn't matter which end you start with when naming a line segment.
Do opposite rays form a segment?
no. A segment is a line with end points. Rays start in one place and go on forever.
What is the meaning of near and far declaration in microprocessor programming using C?
Programs that are loaded into memory typically have several segments associated with them: the Code Segment (CS), the Stack Segment (SS), the Data Segment (DS), sometimes an Extended Segment (ES), and almost always a Block Started by Symbol (BSS) segment. This question requires that we focus only on the Code Segment (CS). The CS is a segment of memory that contains some of the instructions that are required for the program to execute. If this segment is not large enough to contain the whole program then the program can be loaded into different segments. Such a segment may be 64Kb in size (although the size may differ). Instructions located in these segments are referred to by their offset from the start of the segment, and not by their absolute location in memory. Thus, in order to locate a certain instruction, we need the segment's starting address, and the offset of the instruction in that segment. Whenever a branch (jump, goto) takes place which refers to an instruction that is located in another segment, it is known as a far jump, conversely whenever a jump refers to an instruction that is located in the same segment, it is known as a near jump. The difference referring to the modication of the CS register which contains the address of the current Code Segment for the current running program.
How do you record the MAC address of the DNS server?
click -start click run type cmd type ipconfig/all it will display all the details of all the lan cards and their MAC adddress as Physical Address. . . . . . . . .
Does a line segment have many bisectors?
no-- It only has one. Since it is a segment, it has a definite start and end, so it has only one middle (the bisector).
where in dade county can i go and get same day drug result?
www.nursingassistanteducation.com is a good place to start. Because you will be taking classes online your physical address should not matter
What two things make up a segment?
A segment is made up of two endpoints and all the points that lie between them. These endpoints define the start and end of the segment, while the points in between represent the continuous line connecting them.
