Which scientist developed the planetary model that stated electrons were found in specific energy levels around the nucleus?

When the number of current carrying conductors (CCC) exceeds 30 "at any cross section of the wireway," adjustment factors from Table 310.15(B)(3)(a) must be used.

The number of current-carrying conductors in the wireway is limited to 30 and the total cross-sectional area of all conductor will not exceed 20% of the interior cross-sectional area of the wireway.

Derating is expressed usually by percentage of rated voltage that shall be subtracted. For example 20% derating means that the capacitor shall be used at 80% of rated voltage at the specific applications (10V capacitor to be used on 8V maximum).

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Answer:

Alvaro designs machinery and equipment for ships. His job title is best described as Marine Engineer.

Jeanette draws maps and plans for freeway projects. Her job title is best described as Civil Drafter.

Joseph designs a new airport. His job title is best described as Transportation Engineer.

Geraldine designs imaging systems that use light. Her job title is best described as Photonics Engineer.

Hope this helps sorry I am late to respond, but anyone else who needs the answer it is here.

Based on the above, Alvaro is a Marine Engineer;

Machinery and Equipment are known to be a type of industrial tools, devices, and items that aids facilities.

Conclusively, They are said to be tangible personal property that are used as a tool for repair parts, etc. Professions in ship jobs includes, Marine Engineer, Photonics Engineer, etc.

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Answer:

The development of homosapiens

Explanation:

People adapted to the harsh weather by creating tools and used land bridges to spread to new regions

The U.S. is heading toward its biggest political and constitutional crisis since the Civil War, and the collapse of federal authority, as well as the division of the country into enclaves of Republicans and Democrats is known to be a true statement.

In regards to political science, a constitutional crisis is known to be a kind of an issue or a problem or it can be called a conflict in the function of a government that is said to be the political constitution or other fundamental governing law which is seen or perceived to be unable to handle the countries issues.

Hence, The U.S. is heading toward its biggest political and constitutional crisis since the Civil War, and the collapse of federal authority, as well as the division of the country into enclaves of Republicans and Democrats is known to be a true statement.

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The cost savings from using cheaper aluminum wiring may outweigh the slightly higher resistance due to its lower conductivity.

To determine the potential savings by switching to aluminum wiring in a house, we need to consider the cost and conductivity of copper and aluminum.

The cost of copper is $2.69 per pound, while aluminum costs $0.78 per pound. We can convert these prices to cost per kilogram by dividing by 2.2 (2.2 lb = 1 kg):

Copper cost: $2.69/lb ÷ 2.2 lb/kg = $1.22/kg

Aluminum cost: $0.78/lb ÷ 2.2 lb/kg = $0.35/kg

Now, let's consider the conductivity of copper and aluminum. Copper has a conductivity of 6.0 x 10^7 (Ω-m)^-1, while aluminum has a conductivity of 3.8 x 10^7 (Ω-m)^-1.

Assuming the resistance of the wires remains constant, the savings from switching to aluminum can be calculated based on the relative conductivity. The higher the conductivity, the lower the resistance for a given length of wire.

Let's compare the relative conductivities:

Copper conductivity: 6.0 x 10^7 (Ω-m)^-1

Aluminum conductivity: 3.8 x 10^7 (Ω-m)^-1

The relative conductivity of aluminum compared to copper is (3.8 x 10^7) ÷ (6.0 x 10^7) = 0.633.

Therefore, aluminum has about 63.3% (or approximately two-thirds) of the conductivity of copper.

Considering the cost and conductivity, the potential savings of switching to aluminum wiring would depend on the length of the wires and the specific requirements of the electrical installation. In general, the cost savings from using cheaper aluminum wire may outweigh the slightly higher resistance due to its lower conductivity.

To calculate the exact savings, you would need to know the length and gauge (thickness) of the wires being used, as well as the specific electrical requirements of the house.

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You get a result immediately from Euler's formula:

e ^(i π/2) = cos(π/2) + i sin(π/2) = 0 + i * 1 = i

The true power is obtained as 70.7 VA.

We define the power a the rate of doing work, we know that the power in a circuit is the product of the current and the voltage. In this case, we want to find the true power thus we have to involve the use of the phase shift in degrees.

Thus;

True power = PcosΦ

P =  100 VA

Φ = 45 degrees

True power =  100 VA * cos 45 degrees

True power = 70.7 VA

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The running time of this algorithm is O(log n), where n is the number of elements in the array. This is because at each step, the search space is halved, leading to a logarithmic time complexity.

To determine if there exists an integer I in an array of increasing integers such that Ai = I, we can use a modified version of the binary search algorithm. Here's the algorithm:

Set the left pointer left to the first index of the array and the right pointer right to the last index of the array.

Repeat the following steps while left is less than or equal to right:

Calculate the middle index mid as (left + right) / 2.

If the value at index mid is equal to mid, return True as we have found an integer I such that Ai = I.

If the value at index mid is greater than mid, update right to mid - 1 as we only need to search in the left half of the array.

If the value at index mid is less than mid, update left to mid + 1 as we only need to search in the right half of the array.

If the above loop completes without finding a match, return False as there is no integer I such that Ai = I.

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Answer:

the order higher is 3p79g5t88=yv5379

The option "Cosmetically appealing" is not an advantage of a CIC (Completely-in-Canal) hearing aid.

A CIC hearing aid is a small, discreet device that fits completely inside the ear canal. It offers several advantages, such as the elimination of wind noise, improved sound localization, and low maintenance for cleaning and changing batteries. However, one advantage it does not provide is being cosmetically appealing.

While CIC hearing aids are designed to be inconspicuous and blend with the natural appearance of the ear, they may not be considered cosmetically appealing by everyone. Some individuals may prefer other types of hearing aids that are less visible or have different aesthetic features. It's important to note that the perception of cosmetically appealing can vary from person to person, and it ultimately depends on individual preferences and priorities when choosing a hearing aid.

In summary, while CIC hearing aids offer advantages such as wind noise elimination, improved sound localization, and low maintenance, their cosmetic appeal may not be a universally agreed-upon advantage.

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The core loss component​ is 250W.

The term core loss refers to the total energy lost in the production of heat. Core loss is the loss due to the changing magnetization of the magnetic core, which is the sum of hysteresis loss and eddy current loss.

Core losses have two main causes ohmic or Joule heating caused by eddy currents induced by a changing magnetic field in a conducting medium, and losses due to cyclic reversals of magnetization in ferromagnetic materials, which are proportional to the area of ​​the magnet. field hysteresis loop. Core loss is often measured using the Epstein frame method, which includes a primary and secondary coil.

therefore , by using this formula core loss can be calculated as

W =\(V_{1} I_{0}\)cosФ₀

= 250x 4x 0.25

= 250W.

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Answer:

In series:

\( \frac{1}{r} = \frac{1}{r_{1} } + \frac{1}{r _{2} } + \frac{1}{r_{3} } \)

\( \frac{1}{r} = \frac{1}{4} + \frac{1}{6} + \frac{1}{8} \\ \\ \frac{1}{r} = \frac{13}{24} \\ \\ r = \frac{24}{13} \\ { \underline{r = 1.85 \: Ω}}\)

In parallel:

\(r = r _{1} + r _{2} + r _{3} \\ r = 4 + 6 + 8 \\ r = 18Ω\)

Answer: Nuclear to thermal to mechanical to electrical.

Explanation:

Nuclear energy is also referred to as atomic energy which will then lead to the generation of the thermal energy. It should be noted that the thermal energy is also referred to as the heat energy and this is due to the rise in temperature which results in the faster movement of atoms and their collision with one another.

This in turn, brings about the mechanical energy which is simply the energy caused by the motion and this in turn, also lead to electrical energy.

Therefore, the correct answer is Nuclear to thermal to mechanical to electrical.

Answer:

Aluminum

Explanation:

The best material to use when creating an electric fence would be Aluminum. Aluminum wiring is incredibly durable and can be easily obtained. Since aluminum is a non-magnetic metal its conducting capabilities far exceed other metallic options in the market and is also why companies choose aluminum for their high tension cable wiring. Aside from being more expensive than other feasible options its durability and conducting capabilities make it easily the best option.

Answer:

Steel Wires

Explanation:

International house of pancakes

A chain fall locks it’s elevated load is place using an automatic brake.

A chain fall locks it’s elevated load is place using an automatic brake.

Automatic emergency braking (AEB) is a safety feature that may detect when a collision is likely to happen and automatically apply the brakes to either slow down the vehicle before impact or stop it altogether to prevent a collision.

Additionally, it found that injuries from these incidents decreased by 56%. Reverse automated braking systems have been associated with a 78% reduction in crashes when compared to vehicles that merely have a reverse camera.

In general, automatic emergency braking is intended to engage at highway speeds, provided the front collision warning sensors can identify the car in front of them. In towns, newer systems operate at slower rates.

Thus, an automatic brake.

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Answer:

1) Make a hypothesis, about what u think will happen if you do something

2) conduct the experiment

3) analyze and see what happens

4) do it several more times and  compare ur answers

5) make a conclusion from ur answers

6) celebrate bc u done

Answer:

Here are some characteristics that describe customers who are more likely to have low assets and medium-low debt:

* **Age:** Younger customers are more likely to have lower assets and debt than older customers. This is because they have had less time to accumulate assets and may be carrying more student loan debt.

* **Income:** Customers with lower incomes are more likely to have lower assets and debt than customers with higher incomes. This is because they have less money to save and invest, and may be spending more of their income on necessities.

* **Education:** Customers with less education are more likely to have lower assets and debt than customers with more education. This is because they may have lower-paying jobs and may be less likely to save and invest.

* **Marital status:** Single customers are more likely to have lower assets and debt than married customers. This is because they may have less income and may be spending more of their income on housing and other expenses.

* **Employment status:** Unemployed customers are more likely to have lower assets and debt than employed customers. This is because they may have less income and may be spending more of their income on necessities.

* **Credit score:** Customers with lower credit scores are more likely to have lower assets and debt than customers with higher credit scores. This is because they may have difficulty qualifying for loans and may be paying higher interest rates on debt.

It is important to note that these are just general trends, and there are always exceptions. There are many factors that can affect a customer's assets and debt, including their personal circumstances, financial decisions, and economic conditions.

Explanation:

Firing clay at elevated temperatures causes it to lose its hydro plasticity by removing the water molecules that allow the particles to move and slide past each other. This results in a more rigid and durable material that is suitable for various applications.

Clay is a naturally occurring material composed of fine particles of minerals such as kaolinite, illite, and montmorillonite.

One of the unique properties of clay is its hydroplasticity, which refers to its ability to change shape and form when it comes into contact with water.

When clay is wet, the water molecules fill the spaces between the clay particles, allowing them to slide past each other and become more pliable. This allows the clay to be easily molded into various shapes and forms.

However, when clay is fired at elevated temperatures, the heat causes the water molecules to evaporate, leaving behind a solid mass of mineral particles. The heat also causes the minerals to undergo chemical changes, resulting in the formation of new bonds and the strengthening of existing bonds between the particles.

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Explanation:

2.2 k omega= ___2200__ omega

here k is kilo so simply multiply by 1000

Answer:

  5. ₱170,000

  6. 160,000 units

Explanation:

5. At a sales volume of 500,000 units, the revenue is ...

  ₱0.50 × 500,000 = ₱250,000

The profit s the difference between revenue and cost:

  profit = ₱250,000 -₱80,000

  profit = ₱170,000

__

6. The break-even quantity is the number that produces a revenue equal to cost:

  ₱0.50×q = ₱80,000

  q = ₱80,000/₱0.50 = 160,000

The break-even quantity is 160,000 units.

Answer:

it is reducely very iloretable chance for a software engineer to give an end to this question

Answer:

a) 3.5 m

b) 14 secs

c) 1.4 secs

Explanation:

a)  Determine the distance the particle will travel

given velocity ( final velocity ) = 5 m/s

v^2 = u^2 + 2as

s = ( v^2 - u^2 ) / 2a

  = ( 5^2 - 8^2 ) / 2 ( -0.5 * 5^3/2 )

  = 3.5 m

b) Determine the time when v = 1m/s

V = u + at

1 = 8 + (  -0.5 * 1^3/2 ) * t

∴ t = 14 secs

c) Determine the time required for particle to travel 8 m

we will employ both equations above

V^2 = u^2 + 2as

s = 8 m , V = unknown , u = 8 m/s   back to equation

V^2 = 8^2 + 2 ( - 1/2 * V^3/2 ) * 8

∴ V^2 + 8V^3/2 - 64 = 0

resolving the above equation

V = 3.478 m/s

now using the second equation

V = u + at

3.478 = 8 + ( - 1/2 * 3.478^3/2 ) * t

hence : t = 1.4 secs

Yes, I can think of a product that I love even though it may not work perfectly.

That product is my old laptop. Even though it may not be as fast as the newer models and it may have some technical difficulties, I still love it because it holds a lot of memories for me. It is the first laptop I ever owned and I used it throughout my college years. It is also the laptop that I used to start my first business and it helped me to achieve a lot of success.

So, even though it may not work perfectly, I still love it because of the sentimental value it holds for me.

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Yes, I can think of a product that I love even though it may not work perfectly.

That product is my old laptop. Even though it may not be as fast as the newer models and it may have some technical difficulties, I still love it because it holds a lot of memories for me. It is the first laptop I ever owned and I used it throughout my college years. It is also the laptop that I used to start my first business and it helped me to achieve a lot of success.

So, even though it may not work perfectly, I still love it because of the sentimental value it holds for me.

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To find the magnitude of acceleration of the particle when θ = 20°, we'll need to calculate the second derivative of the position function and evaluate it at θ = 20°.

Given that the position of the particle as a function of time is given by θ = cos(2t), we can differentiate it twice to obtain the acceleration function.

1. First derivative:

dθ/dt = -2sin(2t)

2. Second derivative:

d²θ/dt² = d/dt (-2sin(2t))

        = -4cos(2t)

To find the magnitude of acceleration when θ = 20°, we'll need to convert the angle to radians.

1 degree = π/180 radians

θ = 20° = (20π/180) radians

Now, we can evaluate the second derivative at θ = 20°:

d²θ/dt² = -4cos(2t)

        = -4cos(2(20π/180))

        = -4cos(40π/180)

        = -4cos(π/9)

To determine the magnitude of acceleration, we take the absolute value of the expression:

|d²θ/dt²| = |-4cos(π/9)|

Calculating this expression will give us the magnitude of acceleration when θ = 20°.

Using a calculator, we find:

|d²θ/dt²| ≈ 3.566

Therefore, the magnitude of the acceleration of the particle when θ = 20° is approximately 3.566. The units for acceleration are determined by the units used for time. In this case, since time is given in seconds, the units for acceleration will be "radians per second squared" (rad/s²).

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Answer:

Cómo forzar a Steam a reconocer los juegos instalados.

1) Vuelva a instalar los juegos sin descargar.

2) Agregue la carpeta Steam Library manualmente.

3) Reconocer juegos de una nueva unidad

4) Utilizar .acf Cache para forzar el reconocimiento de juegos de Steam .acf Cache para forzar el reconocimiento de juegos de Steam.

Explanation:

1) Vuelva a instalar los juegos sin descargar.

- Inicia Steam y ve a Juegos.

- Seleccione y haga clic en instalar para el juego que Steam no pudo reconocer.

- Steam comenzará a descubrir los archivos existentes para el juego.

2) Agregue la carpeta Steam Library manualmente.

- Lanzar Steam.

- Haga clic en Steam y seleccione Configuración.

- Haz clic en la pestaña Descargas.

- Haga clic en las carpetas de la biblioteca de Steam.

- En la ventana emergente, haz clic en Agregar carpeta de biblioteca y selecciona la ubicación donde se guardan todos los datos de tu juego Steam.

- Haga clic en Seleccionar y cerrar la configuración de Steam.

- Salga de la aplicación Steam y reinicie Steam.

- Steam ahora debería reconocer los juegos instalados nuevamente y enumerarlos en la carpeta de juegos.

3) Reconocer juegos de una nueva unidad

- Inicie la aplicación Steam desde el escritorio.

- Haz clic en Steam y selecciona Configuración.

- Haz clic en la pestaña Descargas.

- Haga clic en la carpeta de la biblioteca de Steam en la sección Bibliotecas de contenido.

- Haga clic en Agregar carpeta de biblioteca y navegue a la ubicación donde se mueven sus juegos (nuevo directorio) que es D: / games / your_subdirectory.

- Haga clic en Seleccionar y cerrar para guardar la carpeta de la biblioteca.

- Salga de Steam y reinícielo.

Steam escaneará la carpeta Biblioteca recientemente seleccionada y mostrará todos los juegos instalados.

4) Utilizar .acf Cache para forzar el reconocimiento de juegos de Steam .acf Cache para forzar el reconocimiento de juegos de Steam.

- Asegúrese de haber reinstalado Steam o tener la instalación existente.

- Mueva los datos del juego a C: >> Archivos de programa (x86) >> Steam >> carpeta Steamapps.

- Lanzar Steam.

- En este punto, Steam puede mostrar algunos juegos que están instalados correctamente.

- Para los juegos que se muestran como no instalados, seleccione y haga clic en el botón Instalar.

- Steam comenzará a descubrir todos los archivos existentes.

- Sin embargo, si Steam no reconoce los archivos existentes, comenzará a descargar los archivos y el progreso leerá 0%.

- Pausa la actualización de los juegos y sal de Steam. Vaya a C: >> Archivos de programa (x86) >> Steam >> Steamapps y encuentre todos los archivos .acf actuales.

¡¡¡Espero que esto ayude!!!

Answer:

the answer is toughness

Answer:  The United States must lead the space race to prevent future wars.

Explanation: Hope this helps

Answer:

The risk associated with entering the space race outweighs the possible benefits.

Explanation:

It's explaining it in the speech.

Answer:

El tiempo que tarda la barca en llegar a la orilla es 40 s.

Explanation:

Debido a que el río se mueve en dirección perpendicular a la barca, ésta se va a mover de manera diagonal, cuya velocidad (\(v_{b_{d}}\)) viene dada por:

\(|v_{b_{d}}| = \sqrt{v_{r}^{2} + v_{b}^{2}} = \sqrt{(4)^{2} + (3)^{2}} = 5 m/s\)

Por lo tanto, el módulo del vector velocidad diagonal es 5 m/s, y su dirección es:

\(tan(\alpha) = \frac{v_{r}}{v_{b}} = \frac{4}{3}\)

Entonces, α es:

\( \alpha = arctan(\frac{4}{3}) = 53.13 ^{\circ} \)    

Ahora, debemos encontrar la distancia de la longitud diagonal que recorre la barca:

\( cos(\alpha) = \frac{a}{d_{d}} \)

\( d_{d} = \frac{a}{cos(\alpha)} = \frac{120 m}{cos(53.13)} = 200.0 m \)

Finalmente, el tiempo que le tomaría a la barca recorrer 200 m sería:

\(v_{b_{d}} = \frac{d_{d}}{t}\)

\( t = \frac{200 m}{5 m/s} = 40 s \)

Por lo tanto, el tiempo que tarda la barca en llegar a la orilla es 40 s.

Espero que te sea de utilidad!

Answer:

y'(x) = 7 ;

y'(x) = 15x²

Explanation:

Differentiation from first principle :

y = 7x

Formula to obtain derivative from first principle:

y'(x) = lim(h - - > 0) : [y(x + h) - y(x)] / h

Obtain : y(x + h)

y(x) = 7x

y(x + h) = 7(x + h)

Substitute into formula :

y'(x) = lim(h - - > 0) : [7(x + h) - 7x] / h

Expand :

y'(x) = lim(h - - > 0) : [7x + 7h - 7x] / h

y'(x) = lim(h - - > 0) : 7h/ h

y'(x) = 7

2.)

y = 5x³

y'(x) = lim(h - - > 0) : [y(x + h) - y(x)] / h

Obtain : y(x + h)

y(x) = 5x³

y(x + h) = 5(x + h)³

Substitute into formula :

y'(x) = lim(h - - > 0) : [5(x + h)³ - 5x³] / h

Expand :

y'(x) = lim(h - - > 0) : [5(x³ + 3x²h + 3xh² + h³) - 5x³] / h

y'(x) = lim(h - - > 0) : [5x³ + 15x²h + 15xh² + 5h³ - 5x³] / h

y'(x) = lim(h - - > 0) : [15x²h + 15xh² + 5h³] / h

y'(x) = lim(h - - > 0) : h(15x² + 15xh + 5h²) / h

y'(x) = lim(h - - > 0) : (15x² + 15xh + 5h²)

y'(x) = 15x²

Answer:

blah blah blah sh ut up read learn