The mover wants to move 3000-N piano to a height of 2m. If
he uses a ramp, he needs to pushed the piano 10-m using a
force of 800N. What is the efficiency of the ramp?

Frederick Taylor created a series of guidelines known as the "motion study principles" to boost productivity at work. Time study, motion study, fatigue study, etc technique conduct research are the four divisions into which they fall.

Motion studies are the study of actions like lifting, putting things down, standing, changing direction, and other actions that are made when performing routine work.

In order to execute the task effectively in less time, unnecessary moves are attempted to be removed. The following three headings comprise the fundamentals: Making use of the human body. The layout of the workplace. Machinery and tools design.

Motion study principles will be the which will help in designing or putting films into a particular order. Also how the routine works are being made is suggested.

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The allowable normal strength in the c-section is 48000 pounds per square inch.

The allowable stress depends on both the factor of safety imposed on the object and the yield strength or stress at which an object will be permanently damaged. To calculate the allowable normal strength we can divide the yield strength by the factor of safety.

To determine the allowable normal strength output we can use this equation below:

The allowable normal strength = The number yield strength : A stress-concentration factor

The number yield strength is 84 kpsi.

Then convert kpsi to psi : 84 kpsi = 84000 psi

A stress-concentration factor is 1.75

The formula to find allowable normal strength output is:

84000 psi : 1.75 = 48000

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Answer:

scissors best way 100%

Explanation:

Answer:

The explanation according to the given query is summarized in the explanation segment below.

Explanation:

The z-component of the required moment is -3947.36 Nm.

The given parameters;

A little sketch of the given problem is presented below;

     B  ↑ (0, 1.2, -2)

          ↑

          ↑

(0, 0, 0) -------------------------(3, 0, 0) A

The force couple system located at the origin is calculated as;

τ = FL

τ = 2500 x 3

τ = 7500 N.m

The resultant of the coordinate vectors is calculated as;

\(r = 3i + 1.2j -2k\\\\|r| = \sqrt{3^2 + 1.2^2 + (-2)^2} \\\\|r| = 3.8\)

The z-component of the required moment is calculated as;

\(\tau = 7500 \times \frac{3i \ +\ 1.2j \ -2k\ }{3.8} \\\\\tau = 1973.68(3i \ +\ 1.2j \ -2k\ )\\\\\tau = (5921.04 i \ + \ 2,368.41j \ - \ 3947.36 k)\ Nm\)

Thus, the z-component of the required moment is -3947.36 Nm.

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The criterion that is not one of the four criteria to create a High-Performance Work System (HPWS) is "b. Easy to imitate." This criterion does not contribute to the creation of an effective HPWS. The other criteria, "a. Rare," "c. Organized," and "d. Valuable," are essential for establishing a successful HPWS.

When creating a High-Performance Work System, organizations focus on specific criteria to achieve desired outcomes. The first criterion is "a. Rare," which means the system should possess unique features or characteristics that are not commonly found in other organizations. This uniqueness allows the organization to gain a competitive advantage. The second criterion is "c. Organized," emphasizing the need for a well-structured and coordinated system that aligns with organizational goals and objectives. The third criterion is "d. Valuable," indicating that the system should provide significant value and contribute to the overall performance and success of the organization. However, the criterion "b. Easy to imitate" is not considered one of the criteria for creating a HPWS because the aim is to establish a system that is difficult for competitors to replicate, ensuring a sustained competitive advantage.

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The true gas temperature is 380.7°F

The temperature indicated by the thermometer if the shield were removed is 312.5°F

The error reduction owing to the use of the radiation shield is 81.2%.

As per the given data:

h_1 = 2.0 Btu/h . ft^2 .

°Fh_2 = 1.5 Btu/h . ft^2 .

°FE_s = 0.8

E = 0.2

T_1 = 600°F

T_2 = 100°F

q_T/A = h_1 (T_1 - T_T) -------------------(1), where, T_T = Thermometer temperature

q_S/A = h_2 (T_S - T_1) --------------------(2), where, T_S = Shield temperature

q_T/A = E_s . (q_T + q_S)/A --------------------(3)

T_T = (h_1.T_1 + h_2.T_S)/(h_1 + E_s.h_2)

T_S = T_1 - q_T / (h_2 + E_s.h_1)

From the above equations, T_T = 380.7°F (Approx.)

q_T = F_te.sigma.(T_T)^4

q_S = F_se.sigma.(T_S)^4

q_T without shield = sigma.(T_T)^4

q_T without shield = 1264.4 (Approx.)

q_S without shield = sigma.(T_1)^4

q_S without shield = 104.1 (Approx.)

Therefore, the temperature indicated by the thermometer if the shield were removed = (q_T without shield / sigma)^(1/4)

Temperature indicated by the thermometer if the shield were removed = 312.5°F

Error reduction = 81.2% (Approx.)

Therefore, the true gas temperature is 380.7°F, the temperature indicated by the thermometer if the shield were removed is 312.5°F, and the error reduction owing to the use of the radiation shield is 81.2%.

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Explanation:

rational

Step-by-step explanation:

The discriminant (d) of a quadratic equation ax^2 + bx + c = 0ax

2

+bx+c=0 is:

\boxed{\mathrm{d =} \ b^2 - 4ac}

d= b

2

−4ac

.

If:

• d > 0, then there are two real solutions

• d = 0, then there is a repeated real solution

• d < 0, then there is no real solution.

In this question, we are given the quadratic equation 3x^2 + 4x - 2 = 03x

2

+4x−2=0 . Therefore, the discriminant of the equation is:

b² - 4ac = (4)² - 4(3)(-2)

= 16 - (-24)rational

Step-by-step explanation:

The discriminant (d) of a quadratic equation ax^2 + bx + c = 0ax

2

+bx+c=0 is:

\boxed{\mathrm{d =} \ b^2 - 4ac}

d= b

2

−4ac

.

If:

• d > 0, then there are two real solutions

• d = 0, then there is a repeated real solution

• d < 0, then there is no real solution.

In this question, we are given the quadratic equation 3x^2 + 4x - 2 = 03x

2

+4x−2=0 . Therefore, the discriminant of the equation is:

b² - 4ac = (4)² - 4(3)(-2)

= 16 - (-24)

= 40

Since the discriminant, 40, is greater than zero, the quadratic equation has 2 rational solutions.

= 40

Since the discriminant, 40, is greater than zero, the quadratic equation has 2 rational solutions.

Answer:

they were updated rather than being created

Answer:

Invention is about creating something new, while innovation introduces the concept of “use” of an idea or method.

Answer:

Sole Proprietorship, General Partnership , Limited Partnership, corporation

Explanation:

Business in something that an individual or a group of people do for a living and produce products and services that benefits the society and the people. There are several entities that can be common in business. Some common form of entities are :

Sole Proprietorship : One to one

-- here there is only one owner in the business and he maintains and manages the entire business functions under his control.

Limited Partnership : many to one

-- here two or more than two partners establish business and runs it but only one or more is liable to the amount of the investments.

General Partnership : many to many

-- It is a business partnership where all the partners shares the profits, the assets, legal liabilities and financial liabilities, etc.

Corporation : many to one

It is a business entity where a group of individual or a group of companies run a single business which is generally authorized by the state.

Some of the typical types of the entities that one may think to be common in term of the business entities are about the relationships that are held within many to many and one to many.

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As something of a result, the highest electric field in an unpaid labor p-n junction diode is around 8.93 x 104 V/cm. To calculate the maximum electric field (Emax) in an uncompensated p-n junction diode, we can use the following formula:

Emax = V / W

Where V is the applied bias voltage and W is the depletion width of the diode.

The depletion width can be calculated using the following formula for a double-sided abrupt junction:

W = [(2εε0 / q) * (NA*ND / (NA+ND)) * (Vbi + V)]^0.5

Where ε is the permittivity of silicon, ε0 is the vacuum permittivity, q is the charge of an electron, NA is the acceptor doping concentration, ND is the donor doping concentration, Vbi is the built-in potential, and V is the applied bias voltage.

We can first calculate the built-in potential using the following formula:

Vbi = (kT / q) * ln(NA*ND / ni^2)

Where k is the Boltzmann constant, T is the temperature in Kelvin, and ni is the intrinsic carrier concentration of silicon at 300K, which is approximately 1.5 x 10^10 (cm^-3).

Plugging in the given values, we get:

Vbi = (8.617 x 10^-5 eV/K * 300K / 1.602 x 10^-19 C) * ln(28 x 10^16 cm^-3 * 36 x 10^16 cm^-3 / (1.5 x 10^10 cm^-3)^2)

≈ 0.787 V

Next, we can calculate the depletion width using the formula above:

W = [(2εε0 / q) * (NA*ND / (NA+ND)) * (Vbi + V)]^0.5

= [(2 * 11.7 * 8.854 x 10^-14 F/cm / 1.602 x 10^-19 C) * (28 x 10^16 cm^-3 * 36 x 10^16 cm^-3 / (28 x 10^16 cm^-3 + 36 x 10^16 cm^-3)) * (0.787 V - 1.5 V)]^0.5

≈ 0.168 µm

Finally, we can calculate the maximum electric field using the formula at the beginning:

Emax = V / W

= -1.5 V / (0.168 µm * 10^-4 cm/µm)

≈ -8.93 x 10^4 V/cm

Therefore, the maximum electric field in AP the uncompensated p-n junction diode is approximately 8.93 x 10^4 V/cm.

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The required MTBF (in hours) for the new generator (assuming exponential and 8760 hours/year) will be 8760 hours.

7. Total test hours should be allocated for the new generator (assuming 1 failure is allowed) at 50% confidence should be 688 hours.

8. The demonstrated MTBF (ΘL) at 50% confidence if no failures were observed will be 43,800 hours. Yes, the requirement was demonstrated.

9. The static reliability of the system for this situation can be determined by calculating the probability of no failure. The probability of no failure will be 0.85 * 0.95 * 0.98 * 0.99 = 0.764. Therefore, the static reliability of the system for this situation will be 0.764.10.

Probability of the top-level event (system failure) can be calculated by adding the probabilities of all the paths leading to the top-level event. The probability of the top-level event (system failure) will be:

P(system failure) = P(Gen A failure) + P(Gen B failure) + P(Gen C failure) + P(Tie Bus failure) * P(No load shedding) + P(Tie Bus failure) * P(Load shedding)

P(Gen A failure) = 1 - e^(-8760/30000) = 0.215

P(Gen B failure) = 0.85 * (1 - e^(-8760/18000)) = 0.37

P(Gen C failure) = 0.95 * (1 - e^(-8760/30000)) = 0.276

P(Tie Bus failure) = 0.98

P(No load shedding) = 0.99

P(Load shedding) = 0.01

P(system failure) = 0.215 + 0.37 + 0.276 + 0.98 * 0.99 + 0.98 * 0.01 * (1 - P(Gen A failure)) * (1 - P(Gen B failure)) * (1 - P(Gen C failure)) * P(Tie Bus failure)P(system failure) = 0.215 + 0.37 + 0.276 + 0.98 * 0.99 + 0.98 * 0.01 * (1 - 0.215) * (1 - 0.37) * (1 - 0.276) * 0.98P(system failure) = 0.9644

Therefore, the probability of the top-level event (system failure) will be 0.9644.

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Answer:

Anything you want to do in Hootsuite can be found in the ___ Sidebar_____, with the main workspace in the ___center______

Sidebar; center

Explanation:

The main workspace of the Hootsuite is located in the center.  The sidebar is where the core access to the Hootsuite functionality, like Streams, Inbox, Planner, Analytics, Publisher, and the App Directory, is obtained.  Hootsuite is a media management platform for curating content, scheduling posts, managing team members, and measuring performances.

Asbestos may cause cancer by inhalation. Moreover, asbestos is also known to cause different respiratory diseases (especially asbestosis) by affecting the mucosa of the bronchi.

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Answer:

False

Explanation:

The total cost of the 100−kW unit= Cost of 100−kW unit + Additional cost of the pre-compressor= $166,786 + $10,000= $176,786.

Given: Cost of 80-kW diesel-electric set six years ago = $145,000Cost index for this class of equipment six years ago = 187Cost index for this class of equipment now = 194Cost of 120−kW unit of the same general design to power a small isolated plant = $200,145

The plant engineering staff is considering a 100−kW unit of the same general design to power a small isolated plant.Cost of adding pre-compressor = $10,000

To determine the total cost of the 100−kW unit, we need to find the cost of the 80-kW diesel-electric set at present, the cost of the 100−kW unit, and the additional cost of the pre-compressor.Cost of 80-kW diesel-electric set at present= Cost of 80-kW diesel-electric set six years ago × (Cost index for this class of equipment now / Cost index for this class of equipment six years ago)= $145,000 × (194 / 187)= $150,816.34Cost per kW of the 80-kW diesel-electric set= Cost of 80-kW diesel-electric set at present / 80= $150,816.34 / 80= $1,885.20

Cost per kW of the 120−kW unit= Cost of 120−kW unit / 120= $200,145 / 120= $1,667.87The cost of the 100−kW unit of the same general design= 100 × Cost per kW of the 120−kW unit= 100 × $1,667.87= $166,786

Additional cost of the pre-compressor= $10,000. Hence, the total cost of the 100−kW unit is $176,786.

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Answer:

i think its called leggings thats wut my shop teacher told me

Explanation:

Small, flat-bottom boats, such as duck hunting boats, are prone to capsizing or tipping over. This is because they have a shallow draft and a flat bottom, which makes them unstable in rough or choppy water. In addition, they are often small and lightweight, which can make them more susceptible to wind and waves.

These boats are also prone to taking on water due to their low freeboard (the distance from the waterline to the deck), which can make them vulnerable to flooding in heavy rain or rough seas. It is important to properly distribute weight and to avoid overloading these boats, as excess weight can also increase the risk of capsizing.

For these reasons, it is important to exercise caution when operating small, flat-bottom boats and to always wear a personal flotation device (PFD) or life jacket while on the water. Additionally, it is recommended to take a boater safety course to learn proper boating techniques and safety procedures.

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Small, flat-bottom boats like duck hunting boats are prone to tipping over or capsizing due to their high center of gravity and lack of stability. The concept of buoyancy and stability plays a key role in understanding why these boats are prone to tipping over.

Small, flat-bottom boats, such as duck hunting boats, are prone to tipping over or capsizing if they encounter rough water or strong waves. This is due to their center of gravity being high and their lack of stability.

To understand why these boats are prone to tipping over, it is important to consider the concept of buoyancy and stability. When a boat is floating on the water, it experiences an upward force called buoyancy that is equal to the weight of the water displaced by the boat. This buoyant force helps to keep the boat afloat.

However, if the boat is not designed with a low center of gravity or with a wider base, it can become unstable and prone to tipping over. This is especially true when the boat encounters turbulent water or when there is a shift in weight distribution, such as when a person stands up or moves around in the boat.

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Answer:

b. A view of a building seen from one side, a flat representation of one façade. This is the most common view used to describe the external appearance of a building.

Explanation:

An elevation is a three-dimensional, orthographic, architectural projection that reveals just a side of the building. It is represented with diagrams and shadows are used to create the effect of a three-dimensional image.

It reveals the position of the building from ground-depth and only the outer parts of the structure are illustrated. Elevations, building plans, and section drawings are always drawn together by the architects.

Answer:

The container should be made of lead and the liquid should be water.

Explanation:

Since the volume of the container of liquid after expansion is V = V₀(1 + βΔθ) where V = initial volume, β = coefficient of volume expansion, Δθ = temperature change.

So, the volume change V₂ - V₁ where V₁ = volume of liquid and V₂ = volume of container

For steel, V₂ = V₀(1 + β₂Δθ) and V₁ = V₀(1 + β₁Δθ)

So, ΔV = V₀(1 + β₂Δθ) - V₀(1 + β₁Δθ) = V₀[1 + β₂Δθ - 1 - β₁Δθ] = V₀[β₂Δθ - β₁Δθ]

Since we want a minimum value for ΔV and V₀ and Δθ are the same, we need ΔV/V₀Δθ = β₂ - β₁ to be a minimum

where β₂ = coefficient of volume expansion of liquid and β₁ = coefficient of volume expansion of container.

So, trying each combination, with  β₂ = 207 × 10⁻⁶ (C°)⁻¹] and β₁ = 36 × 10⁻⁶ (C°)⁻¹

β₂ - β₁ = 207 × 10⁻⁶ (C°)⁻¹ - 36 × 10⁻⁶ (C°)⁻¹ = 171 × 10⁻⁶ (C°)⁻¹

With  β₂ = 207  × 10⁻⁶ (C°)⁻¹] and β₁ = 87  × 10⁻⁶ (C°)⁻¹

β₂ - β₁ = 207 × 10⁻⁶ (C°)⁻¹ - 87 × 10⁻⁶ (C°)⁻¹ = 120 × 10⁻⁶ (C°)⁻¹

With  β₂ = 1120 × 10⁻⁶ (C°)⁻¹] and β₁ = 36  × 10⁻⁶ (C°)⁻¹

β₂ - β₁ = 1120 × 10⁻⁶ (C°)⁻¹ - 36 × 10⁻⁶ (C°)⁻¹ = 1084 × 10⁻⁶ (C°)⁻¹

With  β₂ = 1120 × 10⁻⁶ (C°)⁻¹] and β₁ = 87 ×  10⁻⁶ (C°)⁻¹

β₂ - β₁ = 207 × 10⁻⁶ (C°)⁻¹ - 87 × 10⁻⁶ (C°)⁻¹ = 1033 × 10⁻⁶ (C°)⁻¹

The combination that gives the lowest value for β₂ - β₁ is β₂ = 207 × 10⁻⁶ (C°)⁻¹] and β₁ = 87 × 10⁻⁶ (C°)⁻¹

Since  β₁ = 87 × 10⁻⁶ (C°)⁻¹ = coefficient of expansion for lead β₂ = 207 × 10⁻⁶ (C°)⁻¹]  = coefficient of expansion for water, the container should be made of lead and the liquid should be water.

Answer:

When possible, use public transportation, walk, or ride a bike

Explanation:

Answer:

water; water; Oxygen enters the waterways and causes an imbalance of plant life to animal life.

Explanation:

Answer:

They moved fresh water around their vast empire with aqueducts and canals.

Explanation:

a) The diagram of the process is as follows:

```

+----------+       +----------+       +----------+       +----------+

|          |       |          |       |          |       |          |

| 40% L    |       | 20% S    |       | 35% W    |       |  5% D    |

|          |       |          |       |          |       |          |

+----------+       +----------+       +----------+       +----------+

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

+------------>  Centrifuge   <------------+      |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

+------------>    Filter     <------------+      |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

|                 |             |                 |             |

+------------>  Evaporator  <------------+       |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

|                 |             |          |      |             |

+------------>   Bottling    <------------+      |             |

                      |                          |             |

                      |                          |             |

                      |                          |             |

                      |                          |             |

                      +------------> 75% W <-----+             |

                      |                          |             |

                      |                          |             |

                      |                          |             |

                      |                          |             |

                      +------------> 25% D <-----+             |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           |                    |

                                           v                    v

```

b) The flow rate of the solution to be bottled can be determined using a balance equation. The balance equation is:

```

250 kg/h * 0.05 = X * 0.25

```

Where X is the flow rate of the solution to be bottled. Solving for X gives:

```

X = (250 kg/h * 0.05) / 0.25

X = 50 kg/h

```

Therefore, the flow rate of the solution to be bottled is 50 kg/h.

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The engineer observed that the tunnel was 460 feet long 26 days after the tbm was introduced. Therefore, the tunnel was completed 460 feet - 140 feet = 320 feet after the tbm was introduced.

What is tunnel?
A tunnel is an underground or underwater passageway, typically constructed for transportation purposes. Tunnels are typically used to bypass obstacles such as mountains, rivers, or bodies of water, or to provide a secure route for transportation of goods and people. Tunnels may also be used for mining, research, or military purposes. Tunnels can be constructed using a variety of materials, including steel, reinforced concrete, rock, earth and soil. The length of a tunnel varies from a few metres to several kilometres. When constructing a tunnel, safety is of paramount importance. Special engineering techniques are used to ensure the stability of the tunnel and its construction is closely monitored and regulated. Tunnels are designed to be resistant to weather, vibration, fire, and other environmental factors.

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The amplitude of the sinusoid is 28384 *x soít cos.

Amplitude is defined as the greatest deviation from equilibrium of a point on a vibrating body or wave in terms of displacement or distance traveled. In most cases, amplitude is calculated by looking at a wave graph and determining the height of the wave from rest. The strength or intensity of the wave is gauged by its amplitude.

Sinusoid is defined as a signal with sine wave characteristics. In the liver, spleen, and bone marrow, sinusoids and irregular tubules transport blood in place of venules and capillaries. The sine or cosine functions from trigonometry form the foundation of sinusoidal signals, which are periodic functions.

Thus the amplitude of the sinusoid is 28384 *x soít cos.

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The example that represents calculating the sum of numbers as an accumulator and stores the result in the variable total is given by: Option b) total += number

An accumulator is a variable that is used in programming to store and accumulate results of an operation. It is usually used in loops to add or multiply the value of a variable on each iteration or loop pass. To add numbers using an accumulator in Python, you can use a variable that will store the sum of the numbers. Let's say the numbers are stored in a list `numbers`. Here's how you can use an accumulator to add the numbers in the list and store the result in a variable `total`:total = 0 # initialize the accumulatorfor num in numbers:  # iterate over the numbers and add them to the accumulator   total += num # add the current number to the accumulatorend # end of loopThe value of the variable `total` will be the sum of all the numbers in the list.

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: None of these answers are correct.

In vertical analysis, each item is expressed as a percentage of a base amount within the same financial statement. The base amount varies depending on the purpose of the analysis. Common base amounts used in vertical analysis include total assets, total liabilities, net sales, or total revenue.Vertical analysis helps to assess the relative proportion of each item in relation to the base amount and provides insights into the composition and structure of the financial statement. By expressing each item as a percentage, it allows for meaningful comparisons and trend analysis over time.

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Technician B is correct. An emissions vacuum schematic is given on a decal under the hood. When dealing with vehicle repairs, it is crucial to understand the vacuum system.

The vacuum system on a car is critical for many reasons, such as powering the brakes and some emissions control systems. With all of this in mind, the car's vacuum system must be maintained and repaired to ensure that everything runs correctly. When performing repairs on the vacuum system, it is important to have an emissions vacuum schematic on hand.

A vacuum diagram is a simplified schematic representation of the vacuum system. An emissions vacuum schematic is given on a decal under the hood of a car that shows the vehicle's emission and vacuum routing. It may also show the engine's firing order, spark plug gap, and other information. On the other hand, the factory service manual may contain more detailed information about the vehicle's vacuum system.

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Answer:

The key to bieng a good engineer

1. Define Your Goals

2. Commit Yourself To Continuous Professional Development

3. Work On Improving Soft Skills

4. Understand Business

5. Embrace Change

6. Work Hard

7. Be Optimistic

8. Identify Role Models And Mentors

9. Stay Flexible

10. Focus On The Long-Term

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To create an autocorrect entry for the word ligament when typed the setting needs to be changed in the proofing segment.

The steps to create autocorrect for the same is as follows:
1. Open the document or program where you want to add the autocorrect entry
2. Go to the "File" or "Options" menu, depending on the program
3. Look for the "Proofing" or "AutoCorrect" option and click on it
4. In the "AutoCorrect" tab, type "ligament" in the "Replace" box and "ligament" in the "With" box
5. Click on the "Add" button, then click "OK" to save the changes
From now on, whenever you type "ligament", it will automatically change to "ligament". This should help you avoid any spelling errors or typos in your documents related to the term "ligament".

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