Answer:
Explanation:
The reasons why a language would distinguish between uppercase and lowercase in its identifiers are:
(1) So that variable identifiers may look different than identifiers that are names for constants, such as the convention of using uppercase for constant names and using lowercase for variable names in C.
(2) So that the catenated words such as names can have their first letter distinguished, as in Total Words. The primary reason why a language would not distinguish between uppercase and lowercase in identifiers is it makes programs less readable, because words that look very similar are actually completely different, such as SUM and Sum.
Answer:
- Calculate the additional CPI due to the icache stalls.
- Calculate the additional CPI due to the dcache stalls.
- Calculate the overall CPI for the machine.
The additional CPI due to icache stalls = Hit Rate * Hit Latency + Miss Rate*
Miss Penalty = 0.9*2 + 0.1*50 = 1.8 + 5 = 6.8
The additional CPI due to dcache stalls = 0.92*2 + 0.08*124 = 11.76
The overall CPI = 0.3*11.76 + 0.7*1.0 + 1.0*6.8 = 11.03 7.
Explanation:
Answer:
Answer is
By topic, By collection.
Refer below.
Explanation:
Quick SearchLinks to an external site. lets you refine or narrow your search results using links on the right side of the screen. Do a search on wind power. Some criteria that can refine your search results in Quick Search are:
By topic
By collection
The answer is;
Current
Voltage
Power/Wattage
Circuit
Water moving through pipes is like electricity flowing in a circuit. The flow of electricity is an actual flow of electrons. That movement of electrons is what is known as current. Think of current as the volume of water flowing through a water pipe. The electrons need some force or pressure to move, and so is water in a pipe. The voltage is that electromotive force; the pressure that pushes the electrons in a system. The power measured in Watts is the rate at which the energy is consumed. For the current to flow the circuit must be complete. Otherwise we cannot say that we have power if the circuit is not closed.
