The surface area of the plates. This area is increased dramatically in car batteries by making a fine paste of Lead/Antimony and pressing it into a lead matrix plate. This presents a huge area to the sulphuric acid and increases it's storage capacity and ampere/hour delivery.
Design capacity is the maximum theoretical output of a system. Normally expressed as a rate Effective capacity is the capacity a firm expects to achieve given current operating constraints. Often lower than design capacity
No. Current computers may appear to be able to design algorithms, but they can really only give pre-determined answers setup by the programmer.
That would depend on what those specific options are. The options can only be determined by examining the flaws within the current database design of the organisation.
BS7671:2008, Requirements for Electrical Installations, defines the design current (of a circuit) as 'the magnitude of the current (rms value for a.c.) to be carried by the circuit in normal service'.
If you mean current sensing using an AVR microprocessor then that entirely depends on the circuit design. A good design would detect the failiure and shut down the current, a bad design would allow the current to flow unchecked and potentially destroy the circuit.
The surface area of the plates. This area is increased dramatically in car batteries by making a fine paste of Lead/Antimony and pressing it into a lead matrix plate. This presents a huge area to the sulphuric acid and increases it's storage capacity and ampere/hour delivery.
Design capacity is the maximum theoretical output of a system. Normally expressed as a rate Effective capacity is the capacity a firm expects to achieve given current operating constraints. Often lower than design capacity
Design capacity is the maximum theoretical output of a system. Normally expressed as a rate Effective capacity is the capacity a firm expects to achieve given current operating constraints. Often lower than design capacity
No. Current computers may appear to be able to design algorithms, but they can really only give pre-determined answers setup by the programmer.
That would depend on what those specific options are. The options can only be determined by examining the flaws within the current database design of the organisation.
Design capacity
Capacity can be refined into two useful definitions of capacity: Design capacity and effective capacity. Design capacity is the maximum rate of output achieved under ideal conditions. Effective capacity is usually less than design capacity owing to realities of changing product mix, the need for periodic maintenance of equipment, lunch breaks, coffee breaks, problems in scheduling and balancing operations, and other similar circumstances.
Research and design!
Nominal capacity is the rate at which the parties involved would like for the plant to operate. Design capacity is the rate at which the designers have engineered the plan to operate.
Capacity.
maximum obtainable output
Quaternary occupations involve jobs that are knowledge-based, involve research and development, innovation, and technology-oriented roles. These jobs typically require higher education, specialized skills, and expertise in fields such as information technology, consulting, education, and research. Quaternary sector workers contribute to the creation of new ideas, products, and services that drive advancements in society.