Write in detail about Bagasse Ash Stabilization?

Answer:

115 Ib/ft^3

Explanation:

To determine the maximum dry density in Ib/ft3 we have to calculate :

Bulk unit weight ( yb ) ; W / v

Dry unit weight ( yd. ) :  yb / ( 1 + w )

For every set of data given

assuming  v = 1/30 ft^3

calculating for the 3 data set ( maximum dry density )

weight of soil (W) = 4.40

moisture content (%) (w) = 15.0 = 0.15

Bulk unit weight (yb) = 4.40 / (1/30)  = 132 Ib/ft^3

Dry unit weight ( yd. ) = 132 / ( 1 + 0.15 ) = 114.702 Ib/ft^3

therefore after calculations the maximum dry density in Ib/ft^3 ≈ 115 Ib/ft^3

The sin_poly function can be modified to work for the cosine function by changing the coefficients of the polynomial approximation. The modified function, cos_poly, will approximate the cosine function for any real angle x.

To modify the sin_poly function to work for the cosine function, we need to adjust the coefficients of the polynomial approximation. The sin_poly function approximates the sine function using a polynomial, while the cos_poly function will approximate the cosine function. The modified function can be implemented to compute the cosine of any real angle x.

Once the cos_poly function is implemented, it can be tested for different values of x, including 0, pi/6, pi/4, pi/3, -pi, -pi/3, -0.32, 325-78, 23.34, and -19.432. The computed results can be compared to the values obtained by using the built-in cosine function in MATLAB to assess the accuracy of the approximation.

To solve the equation \(x^2*cos(x)\) = e* using the solve_poly function, different initial guesses (x0) can be provided. The function will find the roots of the equation based on the provided initial guess. The obtained solutions can be compared to the results obtained using the fzero function in MATLAB, which is another method to find the roots of a given equation. By comparing the solutions, the accuracy and performance of the solve_poly function can be evaluated.

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Answer:

both

Explanation:

Tech A says that most electric fuel pumps are now mounted inside of the fuel tank. Tech B says that fuel flows through the center of the electric pump and is used to cool the pump. Who is correct? quizlet said so  

In this case, both Technicians are right.

In conclusion, both Technicians are right.

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The statement It is similar to sleep-walking Option(b) is the one that best describes "sleep-driving".

Driving while fatigued or drowsy is known as sleep driving. This typically occurs when a driver hasn't had enough sleep, but it can also occur as a result of untreated sleep disorders, drug use, alcohol consumption, or shift employment.

According to the Division of Sleep Medicine at Harvard Medical School, there are 250,000 drivers who consistently fall asleep behind the wheel in the United States. In a public survey conducted by the National Sleep Foundation, 54% of adult drivers admitted to driving while drowsy in the previous year, with 28% admitting to actually falling asleep behind the wheel.

The National Highway Traffic Safety Administration estimates that tired driving causes more than 100,000 accidents, resulting in around 6,550 fatalities.

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The assertion It is comparable to sleepwalking. Option (b) best describes "sleep-driving"

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The creep rate is constant in the steady state creep regime. Option d is answer.

In the steady state creep regime, the creep rate remains constant over time, indicating that the rate of deformation is balanced by the rate of recovery. This is also known as the secondary creep regime. In contrast, the creep rate increases over time in the primary and tertiary creep regimes. In the elastic strain regime, there is no permanent deformation, and therefore no creep.

Overall, understanding the different creep regimes is important in designing materials and structures that can withstand long-term loading at high temperatures and stresses.

Option d is answer.

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In the radio communication system, multipath is the propagation phenomenon that causes diffusion or reflection in multiple different directions of a signal.

Multipath is a propagation mechanism that impacts the propagation of signals in radio communication. Multipath results in the transmission of data to the receiving antenna by two or more paths. Diffusion and reflection are the causes that create multiple paths for the signal to be delivered.

Diffraction occurs when a signal bends around sharp corners; while reflection occurs when a signal impinges on a smooth object. When a signal is received through more than one path because of the diffraction or reflection, it creates phase shifting and interference of the signal.

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Answer:

  about 185 hours per week

Explanation:

It is convenient to let a spreadsheet form the sum of products. The total is in minutes, so needs to be divided by 60 to get hours.

About 185 hours per week are required for the given production schedule.

Answer:

yes it is very hard you should find a reccomended doctor to aid in your situation. But in the meantime how about you give me that lil brainliest thingy :p

Answer:

A) True

Explanation:

Answer:

A. true

Explanation:

cause if they dont they could possibly get sgut down for safety hazards and violations of its' employee. And there could be a asccident because there was no safety.

Answer:

1. 1111.5MPa

2. 56.1GPa

Explanation:

1. Longitudinal tensile stress can be obtained by obtaining the strength and volume of the fiber reinforcement. The derived formula is given by;

σcl = σm (1 - Vf) + σfVf

Substituting the figures, we will have;

45(1 - 0.30) + 3600(0.30)

45(0.70) + 1080

31.5 + 1080

= 1111.5MPa

2. Longitudinal modulus of elasticity or Young's modulus is the ability of an object to resist deformation. The derived formula is given by;

Ecl = EmVm + EfVf

Substituting the formula gives;

= 2.4 (1 - 0.30) + 131 (0.30)

= 2.4(0.70) + 39.3

= 16.8 + 39.3

= 56.1GPa

Using the appropriate relation, the longitudinal tensile stress and the longitudinal modulus are 1111.50 and 56.10 respectively.

Longitudinal tensile stress can be obtained using the relation :

Substituting the values into the relation:

45(1 - 0.30) + 3600(0.30)

45 × 0.70 + 1080

31.5 + 1080

= 1111.50 MPa

2.)

Longitudinal modulus of elasticity is obtained using the relation :

Substituting the values thus :

2.4 (1 - 0.30) + 131 (0.30)

= 2.4 × 0.70 + 39.3

= 16.8 + 39.3

= 56.10 GPa

Hence, the longitudinal tensile stress and the longitudinal modulus are 1111.50 and 56.10 respectively.

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Answer:

B) the liquid accelerated to high velocities.

I hope this helps

Answer:

the rate of heat transfer into the wall is \(\mathbf{q__{in}} \mathbf{ = 200 W/m^2}\)

the rate of heat output is \(\mathbf{q_{out} =182 \ W/m^2}\)

the rate of change of energy stored by the wall is \(\mathbf{ \Delta E_{stored} = 18 \ W/m^2 }\)

the convection coefficient is h = 4.26 W/m².K

Explanation:

From the question:

The temperature distribution across the wall is given by :

\(T(x) = ax+bx+cx^2\)

where;

T = temperature in ° C

and a, b, & c are constants.

replacing 200° C for a, - 200° C/m for b and  30° C/m² for c ; we have :

\(T(x) = 200x-200x+30x^2\)

According to the application of Fourier's Law of heat conduction.

\(q_x = -k \dfrac{dT}{dx}\)

where the rate of heat input \(q_{in} = q_k\) ; Then x= 0

So:

\(q_{in}= -k (\dfrac{d( 200x-200x+30x^2)}{dx})_{x=0}\)

\(q_{in}= -1 (-200+60x)_{x=0}\)

\(\mathbf{q__{in}} \mathbf{ = 200 W/m^2}\)

Thus , the rate of heat transfer into the wall is \(\mathbf{q__{in}} \mathbf{ = 200 W/m^2}\)

The rate of heat output is:

\(q_{out} = q_{x=L}\); where x = 0.3

\(q_{out} = -k (\dfrac{dT}{dx})_{x=0.3}\)

replacing T with \(200x-200x+30x^2\) and k with 1 W/m.K

\(q_{out} = -1 (\dfrac{d(200x-200x+30x^2)}{dx})_{x=0.3}\)

\(q_{out} = -1 (-200+60x)_{x=0.3}\)

\(q_{out} = 200-60*0.3\)

\(\mathbf{q_{out} =182 \ W/m^2}\)

Therefore , the rate of heat output is \(\mathbf{q_{out} =182 \ W/m^2}\)

Using energy balance to determine the change of energy(internal energy) stored by the wall.

\(\Delta E_{stored} = E_{in}-E_{out} \\ \\ \Delta E_{stored} = q_{in}- q_{out} \\ \\ \Delta E_{stored} = (200 - 182 ) W/m^2 \\ \\\)

\(\mathbf{ \Delta E_{stored} = 18 \ W/m^2 }\)

Thus; the rate of change of energy stored by the wall is \(\mathbf{ \Delta E_{stored} = 18 \ W/m^2 }\)

We all know that for a steady state, the heat conducted to the end of the plate must be convected to the surrounding fluid.

So:

\(q_{x=L} = q_{convected}\)

\(q_{x=L} = h(T(L) - T _ \infty)\)

where;

h is the convective heat transfer coefficient.

Then:

\(Replacing \ 182 W/m^2 \ for \ q_{x=L} , (200-200x +30x \ for \ T(x) \ , 0.3 m \ for \ x \ and \ 100^0 C for \ T\) We have:

182 = h(200-200×0.3 + 30 ×0.3² - 100 )

182 = h (42.7)

h = 4.26 W/m².K

Thus, the convection coefficient is h = 4.26 W/m².K

❎❎❎❎❎❎❎ sorry but that didn't help me that much

Answer:

aqswdefrtghyujkijuhygtfrdesw

Explanation:

The approximate value of the voltage drop across each of the following when their contacts are open are as follows:

Voltage drop may be defined as the process of decrease of electric potential along the path of a current flowing in a circuit. It normally occurs when a current passes through the cable.

It is related to the resistance or impedance to current flow with passive elements in the circuits including cables, contacts, and connectors affecting the level of voltage drop.

It generally specifies how the supplied energy from a voltage source is reduced as electric current flows through the elements that do not supply voltage.

Therefore, the approximate value of the voltage drop across each of the following when their contacts are well described above.

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Answer:

This shows that the technological designs are similar to the scientific investigation processes.

Explanation:

Scientists carry out scientific investigations and discoveries. They learn from their environment by investigating the natural world. The scientist investigates by problem identification, research the related information, designing and conceptualizing, investigating and analyzing the results and deriving out conclusions.

Similarly the engineers follow the same step and provide solutions to the problems of the society through their products and technological designs. The engineers first identify the need of the product, design and implement the design to provide solution and then evaluate the solution. These are the similar steps that an engineer follow in a technological design of a product or a solution.

The following accurately describes how switches and hubs work

C. Switches use the hardware address in the frame to send it only to the port where the device is located.

B. A hub repeats frames to all ports, regardless of the destination address.

The option A is partially correct but not completely. A switch uses the logical addresses in a packet to send it through the correct port to a specific device, not to all VLANs defined on that port. Therefore, options C and B are the most accurate descriptions of how switches and hubs work, respectively.

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Answer:

The product and process are designed simultaneously

Explanation:

PENN

The pressure needed at point (1) to produce the flow where water "bubbles up above the exit of the vertical pipe attached to three horizontal pipe segments is 0.750 psi.

The Bernoulli's equation for incompressible fluid can be given as,

\(P_1+\dfrac{1}{2}\rho v_1^2+\rho gh_1=P_2+\dfrac{1}{2}\rho v_2^2+\rho gh_2\)

Here, ρ is density of fluid, g is acceleration due to gravity, (P) is the pressure v is velocity, h is height of elevation and subscript (1 and 2) is used for point 1 and 2.

Water "bubbles up" h2 = 9 in.  Above the exit of the vertical pipe attached to three horizontal pipe segments.

The total length of the 1.75-in.- diameter galvanized iron pipe between point (1) and the exit is 21 inches. h3 = 18 in.

Reynolds number is,

\(R_e=\dfrac{V_3D}{v}\\R_e=\dfrac{4.01\dfrac{0.75}{12}}{1.21\times10^{-15}}\\R_e=2.07\times10^4\)

The formula for the ratio of pressure to radius, when pressure and velocity at point 2 is zero can be given as,

\(\dfrac{p_1}{r}=z_2\left(f\dfrac{l}{d}+\sum k_L\right)\dfrac{v^2}{2g}-\dfrac{v_1^2}{2g}\)

Here, f=0.039 and ∑K(L)=4.5. Put the values,

\(\dfrac{p_1}{r}=\dfrac{7}{12}\left(0.03\dfrac{21}{0.75}+4.5-1\right)\dfrac{4.01^2}{2\times32.2}\\\dfrac{p_1}{r}=1.73\rm\; ft\)

Put the value of r we get,

\(p_1=62.4\times1.73\\p_1=108\rm\; ib/ft^2\\p_1=0.750\rm\; psi\)

The pressure needed at point (1) to produce the flow where water "bubbles up above the exit of the vertical pipe attached to three horizontal pipe segments is 0.750 psi.

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Bedload refers to the gravel, pebbles, stones, and boulders that are too large to be picked up and carried in suspension by the flow of water or air.

The bed load of a stream or river is composed of the particles that travel along the bed, rolling, sliding, and bouncing along the bottom of the channel.

In this context, bed load is moved by all of the above: traction, saltation, and suspension.

Traction is the process by which large and heavy particles are rolled along the stream or riverbed by the force of the water or wind.

Saltation occurs when smaller particles, like sand and pebbles, are bounced along the bed by the turbulence of the flow.

Suspension is the process by which even smaller particles, like silt and clay, are held up and transported by the flow of water or air.

When the bedload is moved by a group of answer choices that is traction and saltation.

This happens because in a stream or river, the larger particles are usually too heavy to be lifted by the water,

so they move along the bottom by rolling, sliding, or bouncing.

Meanwhile, the smaller particles are lifted up and transported by the turbulence of the flow, bouncing along the bed as they go.

This combination of processes results in a mix of traction and saltation as the bedload moves along the stream or riverbed.

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A frequently utilized data structure in computer programming is the list which enables the storage and manipulation of a group of elements. The LinkedList class serves as a list implementation in Java.

The LinkedList class in Java belongs to the Java Collections Framework and serves as an implementation of the List interface. This software offers a functioning version of a doubly linked list data organization, in which each entry is denoted by a node that includes information and links to the surrounding items – both the one preceding and the one following it.

One of the major benefits of utilizing a LinkedList is its effectiveness in conducting insertion and deletion tasks. Contrary to arrays, which can be inefficient when it comes to moving elements.

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Answer:

What you should do changes based on the hazards you're exposed to.

You should be aware of any hazards that are present.

Gasoline Direct Injection (GDI) fuel systems differ from non-GDI systems in several key aspects. Here are the primary differences in terms of testing:

1. Fuel Delivery: In GDI systems, fuel is injected directly into the combustion chamber at high pressure, whereas non-GDI systems deliver fuel into the intake manifold. This difference requires different testing procedures to assess fuel delivery accuracy and efficiency.

2. Pressure Measurement: GDI systems operate at significantly higher fuel pressures compared to non-GDI systems. Therefore, testing GDI systems involves measuring and monitoring fuel pressure at higher levels to ensure proper functioning and avoid issues such as fuel leakage or pressure fluctuations.

3. Injector Testing: GDI fuel injectors have different designs and characteristics compared to non-GDI injectors. Testing GDI injectors involves assessing their spray patterns, atomization, and flow rates to ensure precise fuel delivery and combustion efficiency.

4. Carbon Build-up: GDI systems are more prone to carbon deposits on intake valves due to the absence of fuel flowing over the valves, which can lead to reduced performance over time. Testing GDI systems may include inspections or cleaning procedures specifically targeting carbon build-up to maintain optimal engine performance.

5. Emissions Testing: GDI systems can affect emissions differently than non-GDI systems. GDI engines may produce higher levels of particulate matter (PM) and certain emissions, such as nitrogen oxides (NOx). Testing GDI systems often involves specific emissions tests to meet regulatory requirements and ensure compliance.

6. System Diagnostics: Diagnostic procedures for GDI systems may differ from non-GDI systems due to the unique components and operating characteristics. Specialized diagnostic tools and techniques may be necessary to analyze and troubleshoot GDI fuel system issues effectively.

Overall, testing GDI fuel systems requires consideration of the higher fuel pressures, injector designs, carbon build-up concerns, emissions characteristics, and specific diagnostics. These differences reflect the need to adapt testing methods and equipment to ensure accurate evaluation and maintenance of GDI systems' performance, efficiency, and compliance with environmental regulations.

The Gasoline Direct Injection (GDI) system is more advanced than traditional fuel injection systems and is widely used in modern engines. GDI systems inject fuel directly into the combustion chamber, allowing for better fuel economy and reduced emissions.

When compared to non-GDI systems, testing GDI fuel systems is more complex. The test procedures for GDI fuel systems differ significantly from those for non-GDI systems. GDI systems require a high-pressure fuel system to inject fuel directly into the combustion chamber. As a result, they require more complex test procedures that are highly sensitive to pressure and temperature. The following are some of the key differences between testing GDI and non-GDI fuel systems:

In conclusion, testing GDI fuel systems is more complex than testing non-GDI systems. GDI systems require high-pressure fuel systems that can handle pressures of at least 500 psi, and they are also sensitive to temperature changes. As a result, the test procedures for GDI systems are more complex and require more attention to detail than non-GDI systems.

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Answer:

✔️a healthy mind resides in a healthy body.

Explanation:

The seers were of the opinion that "a healthy mind resides in a healthy body."

Just like the English translation of a famous quotation from Thales, pre-Socratic Greek philosopher puts it "a sound mind in a sound body"; which tries to demonstrate the close connections that exists in bodily well-being and one's ability to enjoy life.

The seers were actually of the opinion that a healthy mind resides in a healthy body. It implies that there is connection between the body and the mind. When the body catches an illness, the mind and other parts of the body are affected. When our minds are not healthy, it affects the effective functioning of the body.

So, a healthy mind will definitely be found in a healthy body.

✔️a healthy mind resides in a healthy body.

Explanation:

The seers were of the opinion that "a healthy mind resides in a healthy body."

Just like the English translation of a famous quotation from Thales, pre-Socratic Greek philosopher puts it "a sound mind in a sound body"; which tries to demonstrate the close connections that exists in bodily well-being and one's ability to enjoy life.

The seers were actually of the opinion that a healthy mind resides in a healthy body. It implies that there is connection between the body and the mind. When the body catches an illness, the mind and other parts of the body are affected. When our minds are not healthy, it affects the effective functioning of the body.

So, a healthy mind will definitely be found in a healthy body.

Answer:

Yellow light

Explanation:

The flashing yellow light means: "proceed with caution." Traffic facing the yellow light has the right-of-way, but oncoming traffic usually also has a flashing yellow light, and cross-traffic will have a flashing red light.

YELLOW—A yellow signal light warns you that the red signal is about to appear. When you see the yellow light, you should stop, if you can do so safely. If you can't stop, look out for vehicles that may enter the intersection when the light changes. FLASHING YELLOW— What does a flashing yellow light mean?

Hope this helped! Have a nice day!

Please give Brainliest when possible!

:3

When building a 3-dimensional object with linking cubes, it's important to consider each view and how the object would look from each side's projection.

The Top view would show the object from above, allowing you to see the shape and size of the object as a whole. The Front view would show the object from the front, giving you a clear idea of its height and width.

The Right view would show the object from the side, allowing you to see the depth and width.

The Isometric view is a 3-dimensional projection that shows the object in an angled view, giving you a sense of its depth, height, and width all at once. This is a useful view to see the overall shape and proportion of the object.

Therefore, When sketching each view, it's important to consider the line types used to represent the different parts of the object. For example, using different line types to represent hidden lines and visible lines can help to clearly show the 3-dimensional form of the object. The Sketching Reference resource provides information on different sketching line types that can be used.

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Given the following data:

Mass of astronaut = 150-lbm.

Acceleration due to gravity on Moon = 5.48 ft/s².

Weight can be defined as the force acting on an object or a physical body due to the effect of gravity. Also, the weight of a physical object (body) is typically measured in Newton or ounces.

Mathematically, the weight force on a physical body can be calculated by using this formula:

W = mg

Where:

Substituting the given parameters into the formula, we have;

Weight = 150 × 1/32.2 × 5.48

Weight = 25.5 lbf.

A beam scale is a measuring instrument that is designed and developed to compare the masses of a physical body and as such, it's not affected by the variations in acceleration due to gravity. Therefore, the beam scale would read 150-lbf as it read on earth.

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