Key to the success of grid computing is a(n) central server that acts as a grid leader and traffic monitor.
<h3>
what is grid computing?</h3>
- The utilisation of widely dispersed computer resources is known as grid computing.
- A computer grid can be compared to a distributed system with multiple files and non-interactive tasks.
- In contrast to traditional high-performance computing systems like cluster computing, grid computers have each node configured to run a unique job or application.
- Additionally, compared to cluster computers, grid computers are typically more diverse and geographically distributed (and hence not physically connected).
- Although a single grid might be devoted to a certain application, a grid is often utilised for a number of different things. Software libraries for general-purpose grid middleware are frequently used to build grids. There is a wide range of grid sizes.
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Answer:
The given statement for temperature and convection is False.
Explanation:
Convection is not a function of temperature to the fourth power but it depends linearly on temperature. the below equation shows the linear relation of heat transfer due to convection and temperature:
Q =
Whereas, radiation is a function of temperature to the fourth power.
The Stefan-Boltzmann law gives the relationship between an object's temperature and the amount of radiation it emits. The law is given by:
Answer:
Average power dissipated by the 700-Ω resistor=47W
Explanation:
average power dissipated by the 700-Ω resistor
=47W
Explanation:
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