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Many believe that mechanical engineering is the hardest type of engineering. However, electrical and bio-medical engineering are also quite difficult.
The various major branches of technology are: Applied Science - artificial intelligence, ceramic engineering, computing technology, electronics energy, energy storage, engineering physics, environmental technology, materials science, materials engineering, microtechnology, nanotechnology, nuclear technology, and optical engineering. Athletics and Recreation - camping equipment, playground, sports, and sports equipment. Information and Communication - communication, graphics, music technology, speech recognition, and visual technology Industry - construction, financial engineering, manufacturing, machinery, and mining. Military Science - military technology, weapon systems, military equipment, and military training. Domestic (Residential) - domestic appliances, domestic technology, educational technology, agriculture, and food products. Engineering - aerospace, agricultural, bioengineering, biochemical, biomedical, chemical, civil, computer, electrical, electronics, environmental, industrial, materials, mechanical, metallurgical, nuclear, petroleum, software, structural, and tissue engineering. Health and Safety - biomedical engineering, bioinformatics, biotechnology, cheminformatics, fire protection technology, health technologies, pharmaceuticals, and safety engineering. Transport - aerospace, aerospace engineering, marine engineering, motor vehicles, space technology, and transport.
Models Bodies of Complex Shape- Can Handle General Loading/Boundary Conditions- Models Bodies Composed of Composite and Multiphase Materials- Model is Easily Refined for Improved Accuracy by VaryingElement Size and Type
A computer is built to contain two kinds of memory. There is static memory, which stays in the computer after it is powered off. Then there is dynamic memory, which is memory that is only accessible while the computer is on. The hard drive is an example of static memory, while RAM is an example of dynamic memory.
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Earl R. Parker has written: 'Materials for missiles and spacecraft' -- subject(s): Guided missiles, Materials, Space vehicles 'Toward educational improvement: engineering 45' -- subject(s): California, Engineering
Indian Space Research Organisation.
the earth limits the materials you can engineer into cool stuff. the space area is pretty much dark in all the universe me tinks.
The 3D space inside a shape is it's volume.
The difference between virtual and physical memory is that virtual memory refers to memory space while physical memory are chips like RAM. The memory space for virtual memory is made by operating system when there is insufficient physical memory.
virtual memory
the following names: RAM (random access memory), unused data, free space, gotta-fill-it, space, and memory
Yes. To clarify: Solids : Take up a definite space and have defined shape Liquids : Take up a definite space but have no defined shape Gas : Have no defined space or shape.
Yes. To clarify: Solids : Take up a definite space and have defined shape Liquids : Take up a definite space but have no defined shape Gas : Have no defined space or shape.
interleaved memory organization is divided into memory banks.in sequential address space......
1GB memory card has more space. The capacity of the memory cards are various, such as, 16MB 32MB. There are lots of memory cards on this website: http://www.dinodirect.com/Wii-Accessories/Wii-Memory-Cards/ You can have a look.