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Dafna1 [17]
3 years ago
8

Define chart name the different types of charts explain any three types of charts

Engineering
1 answer:
KIM [24]3 years ago
6 0

Answer:

There are several different types of charts and graphs. The four most common are probably line graphs, bar graphs and histograms, pie charts, and Cartesian graphs. They are generally used for, and are best for, quite different things. ... Pie charts to show you how a whole is divided into different parts.

#<em>carryonlearning</em>

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Why is the drawdown cone for a well completed in a low permeability aquifer narrower and deeper than a drawdown cone for a well
densk [106]

Answer:

c) It takes a greater hydraulic head to drive the groundwater laterally to the well casing in the lower permeability aquifer

Explanation:

The groundwater are contains under the rock and in the open spaces within the rocks and the unconsolidated sediments. Aquifer refers to the underground layers of the permeable sand or rocks that transmits the groundwater below water table which provides a sufficient supply of water to the well. Groundwater is present everywhere where there is porosity in the rocks and it depends on the permeability of the rocks to allow them flow.

A drawdown cone is completed in the lower permeable aquifer deeper and narrower than the high permeable aquifer as it takes more amount hydraulic head or energy to drive groundwater to the well casing which is in the lower permeable aquifer.

5 0
3 years ago
What razor-thin country accounts for more than half of the western coastline of South America?
frez [133]

Chile is the razor thin country you're talking about.

Why? Because Chile accounts more than half of the western coastline of South America.

Why again you ask? Well that's easy. Chile stands with a palatable coastline of about 2,600 miles.

5 0
3 years ago
As you recall, the Logic Schematic for Lab2&amp;3 (‘Smart ECC Transportation ‘Bus’ with Robotic Arm: 4-Bit Microcomputer) was ve
Thepotemich [5.8K]

Answer:

Explanation:

In the first instance, you had a logic function, which you had derived using some sort of a truth table, then reduced it using K-maps, and finally derived the simplified logic. If you had used logic gates to implement the logic, the result would have been the fact that there were a lot of logic gates used. For example, for a function of 2 variables, we would need 4 AND gates and 1 OR gate. Thus, the resulting circuitry would have looked very complex.

Whereas, if you would use a microcontroller to implement the logic, all you need would be a piece of code to run the logic. There would either be minimum number of gates (or no gates at all, depending on the logic you wanted to implement).

Thus the microcontroller would make the circuit look a lot less complex. Making the design and texting simpler and since there are now fewer components to test. Microcontrollers is that on the same piece of silicon, you could embed a lot more complex logic or program, than using purely digital gates this is another good that comes with Microcontrollers.

3 0
4 years ago
1.
garik1379 [7]

Answer:

The answer is below

Explanation:

1)

R_{AB}=(500+500)||(500+500)\\\\R_{AB}=1000||1000\\\\R_{AB}=\frac{1000*1000}{1000+1000} \\\\R_{AB}=500\ \Omega

2)

R_{AB}=1000\|(1000+1000+1000)\\\\R_{AB}=1000||3000\\\\R_{AB}=\frac{1000*3000}{1000+3000} \\\\R_{AB}=750\ \Omega

3)

Because of the short, the resistance is zero.

R_{AB}=0

4)

R_{AB}=940\ \Omega

5)

R_{AB}=2200||2200||(2200+2200)\\\\R_{AB}=2200||2200||4400\\\\\frac{1}{R_{AB}}=\frac{1}{2200}  +\frac{1}{2200}  +\frac{1}{4400}  \\\\\frac{1}{R_{AB}}=\frac{5}{4400}\\\\R_{AB}=880

6)

R_{AB}=(220+100)||470||330\\\\R_{AB}=320||470||330\\\\\frac{1}{R_{AB}}=\frac{1}{320}  +\frac{1}{470} +\frac{1}{330} \\\\R_{AB}=120.7\ \Omega

5 0
3 years ago
Urgent!!! <br>List the assumptions that can be taken into account in torsion analysis.​
krok68 [10]

Answer:

Explanation:

In the development of a torsion formula for a circular shaft, the following assumptions are made: Material of the shaft is homogeneous throughout the length of the shaft. Shaft is straight and of uniform circular cross section over its length. Torsion is constant along the length of the shaft.

5 0
3 years ago
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