Voltage can be compared to the total pressure of the water, current is the speed of the water flowing thru te tubes and resistance is the thickness and length of the tubes. The longer and thinner the tubes the higher the resistance and the slower is the flow, but the final pressure at the end of the tube will be the same as the input pressure provided no water is drained from the system.
Very simular, voltage is equivalent to water pressure, electrical current is equalivalent to gallons per minute (water flow), and resistor in a water system would be something that constricts the flow of water.
Answer
There are no similarities. The Roman forum was a civic centre, not a theatre. It has the senate house, the comitia (the place wherew the popular assemblies met to vote and where public speeches were held), the courts, the state archives, the treasury, the basilicas (public buildings) and various temples. The theatres in Rome were in the area of the Campus Martius (Field of Mars).
Yes it is very similar.
Similar jobs are being a writer for a news paper or being a millonnare :)
flexibility
A painting with similar color schemes and subject matter is referred to analogous
Complex frequency is utilized in electric circuits in order to simplify the math, essentially. It is very similar to the use of phasors, except complex frequency can cover all types of inputs, not just sinusoids.
Carrying capacity refers to the number of individuals who ccan be supported in a given area.
In general, fuses will cut the electric current when it goes beyond a certain limit. Fuses are there for safety, to prevent damage or fire to electrical circuits in case of an overload. Fuses have similar functions in motorcycles and cars.
organ system
Any tube carrying fluid.
A tissue
an electric motor drives the cart, similar to an electric car or a gocart.
CMOS circuits utilize complementary MOSFETs, i.e; NMOS and PMOS devices together in various patterns to create functional blocks like AND or OR gates. However the problem with these types of CMOS circuits is that they are inherently low power circuits. They cannot handle large currents. So when your block needs to have a large fan out (need to drive a large no of outputs, i.e; more current required) CMOS circuits fail. That is why we use BiCMOS. They are very similar to CMOS circuits except for the BJT(Bipolar Junction Transistor) output stage. BJTs are capable of carrying large currents, hence BiCMOS circuits are used in cases of large current requirements.
yes
Tissue
A group of similar cells carrying out a common function is known as tissue.
Electric fields are similar to magnetic fields, and can be "compressed" by the imposition of other electric or magnetic fields.