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You Buy a be-bratz hook the key chain to the USB plug in your monitor and it will get you to the registration
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∙ 14y ago
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How do you get into bebratz?
welll can we share or whatever and i will give you a barbiegirls account and a webkinz account i just want to see how bebratz is
How do you register your bebratz doll if you browser isn't working?
1.wait until it is working. or 2.get Microsoft windows or 3.type in the exact file name (or something like that!)
Where do you do webcam on be-bratz?
u can't. u can't even chat for real(u have to send what they already provided in the messenger) in bebratz because it's supposed to be safe for children, so there is no way to send your personal information.
What events framed the controversial debate on whether America should have an empire and what did the empire look like after 1905?
some people did not like the idea, and they had brown eyes, some green some blue and some black, they had curly/straight hair, clothing ties belts shoes shorts shirts, im sure they had an expensive building. they had 2 arms and legs, 10 fingers and toes, 2 eyes a nose, a mouth (hopefully teeth) , and did you know you dont have to regsiter to answer any questions on here? lol??
How cheap can you regsiter a domain name?
You can register a domain name for as little as $1.99. I would look around though and make sure you are getting the best deal for you money. It also depends on what you are using your site for.
How many godparents can you have?
Legally your godparents are the people who assume care of minor children in the event of the parents death. Therefore there can only be one set of legal godparents at a time. However any number of people may be named as godparents as long as the order of preference is defined. For example a parent may name Grandpa, Uncle Joe and Aunt Jane as godparent stipulating that the chold go to Aunt Jane, and in the event of her death or inability the child goes to Grandpa, and Uncle Joe if Grandpa is unable, etc.
What is far pointer and its uses?
It's good for accessing data in large applications.AnswerDefinition: A far pointer in segmented architecture computer is a pointer which includes segment number to address the entire 1mb memory which is available under Dos. example: int main() {int a; a=10; printf("%d",&a); return 0;} Explanation:When this code is saved/compiled the processor allocates a small amount of memory and memor address is given between the memory range 0 to 65,535.Which is part of the 1mb dos memory ie(10,48,780)bytes.If you want to store data/code beyond the memory range and any where in that 1mb memory.You can do that using the far pointers.By declaring a variable as 'far'pointer.The compiler tells the processor to allocate memory for that specific data/code to perform a specific process in that specific address.The address which is exceeds the 65,535 memory range if referred using the 4 digit hexadecimal number,using the two CPU registers namely segment,offset. While referring to memory address greater than 65,535,the 1mb dos memory is divided into segments,Each segment containing 0 to 65,535 locations(64kb) and to refer these segments the segment register is used.The offset regsiter is used to refer the 65,535 locations present in each segment. So using these two registers(segment:offset)we can refer the entire 1mb memory avialable in Dos.And it is done by writing the segment and offset address side by side like this B8000000.The first four hexadecimal digit represents the segment address and the last four hexadecimal address represents the offset address.
What is far a pointer?
Definition: A far pointer is a pointer which includes segment number. In a segmented architecture computer, far pointers are used to address the entire 1mb memory which is available under Dos.Most programmers today (as of 2009) never use far pointers.Instead, most programmers always use 32 bit "flat pointers".example: int main() {int a; a=10; printf("%d",&a); return 0;} Explanation:When this code is saved/compiled the processor allocates a small amount of memory and memor address is given between the memory range 0 to 65,535.Which is part of the 1mb dos memory ie(10,48,780)bytes.If you want to store data/code beyond the memory range and any where in that 1mb memory.You can do that using the far pointers.By declaring a variable as 'far'pointer.The compiler tells the processor to allocate memory for that specific data/code to perform a specific process in that specific address.The address which is exceeds the 65,535 memory range if referred using the 4 digit hexadecimal number,using the two CPU registers namely segment,offset. While referring to memory address greater than 65,535,the 1mb dos memory is divided into segments,Each segment containing 0 to 65,535 locations(64kb) and to refer these segments the segment register is used.The offset regsiter is used to refer the 65,535 locations present in each segment. So using these two registers(segment:offset)we can refer the entire 1mb memory avialable in Dos.And it is done by writing the segment and offset address side by side like this B8000000.The first four hexadecimal digit represents the segment address and the last four hexadecimal address represents the offset address.Answernot local. in assembly, there is a certain amount of memory it has to span before being considered "far" AnswerA far pointer uses both the segment and the offset address to point to a location in memory. A near pointer in contrast uses only the offset address and the default segment. The far pointer can point to any location in memory, whereas the near pointer can only point to a nearby local address. The distinction between near and far is invisible in newer languages such as Visual Basic, C#, and PHP.AnswerIn a segmented architecture computer, a far pointer is a pointer which includes a segment selector, making it possible to point to addresses outside of the current segment. For example, in an Intel 8086, where an ordinary pointer is just a 16-bit offset within an implied segment, a far pointer has two parts: a 16-bit segment value and a 16-bit offset value. A linear address is obtained by shifting the binary segment value four times to the left, and then adding the offset value. Hence the effective address is 20 bits (actually 21-bit, which led to the address wraparound and the Gate A20). Comparison and arithmetic on far pointers are problematic: there are potentially 4096 different segment-offset address pairs that point to the same address. To compare two far pointers, they must first be converted (normalized) to their 20-bit linear representation.On C compilers targeting the 8086 processor family, far pointers were declared using a non-standard far qualifier. For example, char far *p; defined a far pointer to a char. The difficulty of normalizing far pointers could be avoided with the non-standard huge qualifier.
