What is the percentage of clinker in PC?
As per specification of BDS EN 197-1:2003, CEM-1, 52.5 N Crown Portland Cement is a cement prepared by mixing clinker 95-100% and gypsum 0-5%. This cement is also called Portland Cement (PC).
What is released during the production of clinker?
Carbon dioxide is emitted as a by-product of clinker production, an intermediate product in cement manufacture, in which calcium carbonate (CaCO3) is calcinated and converted to lime (CaO), the primary component of cement. CO2 is also emitted during cement production by fossil fuel combustion.
What is percentage of clinker in Portland cement?
Ordinary Portland cement can contain up to 95% clinker (the other 5% being gypsum).
What is the difference between linker and loader?
The main function of Linker is to generate executable files. Whereas main objective of Loader is to load executable files to main memory. The linker takes input of object code generated by compiler/assembler. And the loader takes input of executable files generated by linker.
What do you mean by bulking?
Explanation: The volume increase of fine aggregate due to presence of moisture content is known as bulking.
What is the diameter and length of the kiln respectively?
5. What is the diameter and length of the kiln respectively? Explanation: They are produced in a range of sizes and units with diameters up to 6 m and lengths up to 200 m have been made.
What is clinker cement ratio?
The world average clinker/cement ratio is about 0.81, with the balance comprising gypsum and additives such as blast furnace slag, fly ash, and natural pozzolana.
What is addressing binding?
The Address Binding refers to the mapping of computer instructions and data to physical memory locations. Both logical and physical addresses are used in computer memory. It assigns a physical memory region to a logical pointer by mapping a physical address to a logical address known as a virtual address.
What is the difference between interpreter and compiler?
Computer programs are usually written on high level languages. Interpreter translates just one statement of the program at a time into machine code. Compiler scans the entire program and translates the whole of it into machine code at once. An interpreter takes very less time to analyze the source code.
What is meant by Bulkage allowance?
Bulkage of sand occurs due to presence of water thus increasing its volume in proportion to its moisture content. If due allowance is not given to sand bulkage (moisture content) in concrete and mortar design proportions, the desired end results can’t be achieved.
What is the purpose of a compiler linker?
First, to take all the object files generated by the compiler and combine them into a single executable program. Second, in addition to being able to link object files, the linker also is capable of linking library files. A library file is a collection of precompiled code that has been “packaged up” for reuse in other programs.
What does a linker do in C++?
The job of the linker is three fold: First, to take all the object files generated by the compiler and combine them into a single executable program. Second, in addition to being able to link object files, the linker also is capable of linking library files.
What is the difference between linker and library file?
The job of the linker is three fold: First, to take all the object files generated by the compiler and combine them into a single executable program. Second, in addition to being able to link object files, the linker also is capable of linking library files. A library file is a collection of precompiled code that has been “packaged up”
What happens when linker fails to work?
If the linker is unable to connect a reference to something with its definition, you’ll get a linker error, and the linking process will abort. Once the linker is finished linking all the object files and libraries (assuming all goes well), you will have an executable file that you can then run!