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dezoksy [38]
4 years ago
7

Does the location of a millimeter change the voltage or current of the circuit?

Engineering
1 answer:
Cerrena [4.2K]4 years ago
8 0

Answer:

Yes, it does.

Explanation:

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How do you calculate the rate of heat transfer between two bodies with a small area of physical contact.
gavmur [86]

Answer:

So the rate of heat transfer to an object is equal to the thermal conductivity of the material the object is made from, multiplied by the surface area in contact, multiplied by the difference in temperature between the two objects, divided by the thickness of the material.

3 0
3 years ago
How is the fuel introduced into the Diesel engine?
Ugo [173]

Answer:

diesel fuel is pumped at high pressure to the injectors which are responsible for entering the fuel into the combustion chamber,

when the piston is at the top the pressure is so high that it explodes the fuel (diesel) that results in a generation of mechanical power

5 0
3 years ago
Consider a solid round elastic bar with constant shear modulus, G, and cross-sectional area, A. The bar is built-in at both ends
Ierofanga [76]

Answer:

\t(x)_{max} =\dfrac{p\times L}{2\times \pi}

Explanation:

Given that

Shear modulus= G

Sectional area = A

Torsional load,

t(x) = p sin( \frac{2\pi}{ L} x)

For the maximum value of internal torque

\dfrac{dt(x)}{dx}=0

Therefore

\dfrac{dt(x)}{dx} = p cos( \frac{2\pi}{ L} x)\times \dfrac{2\pi}{L}\\ p cos( \frac{2\pi}{ L} x)\times \dfrac{2\pi}{L}=0\\cos( \frac{2\pi}{ L} x)=0\\ \dfrac{2\pi}{ L} x=\dfrac{\pi}{2}\\\\x=\dfrac{L}{4}

Thus the maximum internal torque will be at x= 0.25 L

t(x)_{max} = \int_{0}^{0.25L}p sin( \frac{2\pi}{ L} x)dx\\t(x)_{max} =\left [p\times \dfrac{-cos( \frac{2\pi}{ L} x)}{\frac{2\pi}{ L}}  \right ]_0^{0.25L}\\t(x)_{max} =\dfrac{p\times L}{2\times \pi}

6 0
3 years ago
As you recall, the Logic Schematic for Lab2&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
Karen just checked her bank balance and the balance was 1111.11. She is kind of freaking out and saved the receipt, thinking tha
Likurg_2 [28]

Answer:

chronic stoner syndrome

Explanation:

"the universe just sends us messages sometimes mannnn, you just have to be ready to listen to them" lol

8 0
3 years ago
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