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The currents and resistances of the circuits are

Circuit 1

The resistors are in series

The total resistance of resistors in series can be calculated using the formula:

Rtotal = R1 + R2 + R3 + ...

So, we have

Rtotal = 2.2 + 1 + 1

Rtotal = 4.2KΩ

The current is calculated as

I = V/R

So, we have

I = 6V/4.2KΩ

I = 6V/4.2 * 1000 Ω

Evaluate

I = 0.00143 A

Circuit 2

The resistors are in parallel

The total resistance of resistors in parallel can be calculated using the formula:

1/Rtotal = 1/R1 + 1/R2 + 1/R3 + ...

So, we have

1/Rtotal = 1/1 + 1/2.2 + 1/3.3

Rtotal = 1.76KΩ

The current is calculated as

I = V/R

So, we have

I = 12V/1.76KΩ

I = 12V/1.76 * 1000 Ω

Evaluate

I = 0.0068 A

Circuit 3

The resistors are in parallel band in series

So, we have

R = 3.3 + 2.2

R = 5.5

Next, we have

Rtotal = 1/5.5 + 1/10

Rtotal = 0.28 KΩ

The current is calculated as

I = V/R

So, we have

I = 9V/0.28KΩ

Evaluate

I = 0.032 A

Circuit 4

The resistors are in parallel band in series

So, we have

R = 1/6.1 + 1/6.1

R = 2/6.1

Next, we have

Rtotal = 1 + 2/6.1

Rtotal = 1.33KΩ

The current is calculated as

I = V/R

So, we have

I = 9V/1.33KΩ

Evaluate

I = 0.0068 A

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The rocket mass that would make a rocket with a thrust of 130,000 N reach 220 Km would be 2,954.55 kg.

To solve this problem, we need to apply the basic equations of motion. We will assume that the only force acting on the rocket is the thrust force, and we will ignore the effects of air resistance and gravity.

Calculate acceleration (a) using thrust (F) and mass (m):

Given the thrust F = 130,000 N, we have:

a = 130,000 / m

Apply the equation of motion:

Given y = 220,000 m (220 km), y0 = 0 m (initial position), v0 = 0 m/s (initial velocity), and t = 100 s, we can write the equation as:

220,000 = 0 + 0 * 100 + 0.5 * (130,000 / m) * (100)^2

Solve for mass (m):

220,000 = 0.5 * (130,000 / m) * 10,000

440,000 = 130,000 * 10,000 / m

m = 130,000 * 10,000 / 440,000

m = 2, 954.55 kg

In conclusion, the mass of the rocket that makes it reach 220 km with a thrust of 130,000 N and a thrust time of 100 s is approximately 2, 954.55 kg.

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Answer:

I think your question is :-

Explanation:

● How many terminal has a bulb??

=>Bulb has two terminals:--

◆ To connect the filament with the terminals of a cell.

◆A battery so that the current can pass through the filament.

Note that where the above ocndition exists, as the demand for labor increases due to the increased order, the demand curve shifts to the right, indicating that Pk will be willing to hire more workers at a higher wage rate to meet the new demand for food preparation.

Assuming that the two workers can prepare food for 50 heads per day, it means they can prepare food for 250 heads in five days (50 heads/day x 5 days = 250 heads).

However, with the new order of preparing food for 200 heads, Pk will need to increase the demand for labor to meet the new demand. One way to show this on a graph is by using a labor demand curve, which illustrates the relationship between the quantity of labor demanded and the wage rate.

As the demand for labor increases due to the increased order, the demand curve shifts to the right, indicating that Pk will be willing to hire more workers at a higher wage rate to meet the new demand for food preparation.

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U-Haul takes precautions to provide a safe and secure storage environment; however, events like natural disasters (such as floods, fire, hurricanes, or earthquakes), criminal activity (such as theft or vandalism), are example of events outside our their control.

The American moving truck, trailer, and self-storage rental company U-Haul has its headquarters in Phoenix, Arizona, and has been around since 1945.

Leonard Shoen and Anna Mary Carty Shoen founded the company in Ridgefield, Washington.

The business was initially established in the garage owned by his wife's family, and it was later expanded through gas station franchising.

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Answer:

A roller support is a type of structural support commonly used in engineering and construction. It consists of a freely rotating roller, usually made of steel or other durable material, that is placed between a structural member and its support, allowing the member to move freely along a particular direction.

The roller support is designed to accommodate movements due to thermal expansion, contraction, or any other external factors that may cause the structural member to move. The roller support can only resist vertical loads, and it allows horizontal movement in one or more directions.

Roller supports are often used in bridge construction, where they are installed between bridge beams and piers to allow for longitudinal movement caused by temperature changes, wind loads, or traffic loads. They are also used in industrial applications to support large pipelines or ductwork, where the structure may need to move or shift due to thermal expansion or contraction.

Overall, the roller support is a simple yet effective method of providing structural support while allowing for movement in specific directions, reducing stress and strain on the structure and increasing its overall durability and longevity.

Answer:

Explanation:

1.in theory it’s seems a lot better let’s use money for example in theory you have a lot of money you could buy a Ferrari

2.In reality you don’t have enough for the Ferrari so you have to work hard for it.

3. Agree

not good with graphs

The correct answer is pie chart

If Pascal's law is true, it means that the pressure in the chamber under piston 1 is equal to the pressure under piston 2.

If Pascal's law is true, it means that the pressure in the chamber under piston 1 is equal to the pressure under piston 2. When a force is applied to the smaller piston 1, it creates pressure in the fluid, which then gets transmitted uniformly throughout the fluid and to the larger piston 2.

As a result, the pressure under piston 2 increases, allowing it to exert a greater force on the object being lifted. This is the principle behind hydraulic press systems, which use Pascal's law to generate a large force with a relatively small input force.

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Answer:

1. Fluids can be both liquids and gases.

2. Hydraulics involve pushing.

3. Pneumatics involve pulling.

4. Water can be used in hydraulic systems to lift and lower a car using a hydraulic lift. The water is pumped into a hydraulic cylinder which then pushes a piston up to lift the car.

5. Increased pressure in the pneumatic tube makes the chair go up.

6. Holding down the pump lets air out, which decreases pressure, making the chair go down.

7. When you push all the water from a little syringe into a big syringe, the big syringe does not pop out the same distance as the little syringe was pushed in. This is because the pressure under the larger piston is less than the pressure under the smaller piston due to the difference in the size of the pistons.

8. Yes, the car should move up as far as the thinner "small force" moves down according to Pascal's Law, which states that pressure applied to a confined fluid is transmitted equally in all directions and acts with equal force on equal areas.

9. The pressure under piston 1 is equal to the pressure under piston 2 according to Pascal's Law.

Answer: A construction engineer can be defined as a civil engineer who is tasked with the oversight and management of a large-scale, complex construction project. Typically, these projects involve both buildings and the infrastructure that supports them.

Answer:

Explanation:

Construction engineering, also known as construction operations,[1] is a professional subdiscipline of civil engineering that deals with the designing, planning, construction, and operations management of infrastructure such as roadways, tunnels, bridges, airports, railroads, facilities, buildings, dams, utilities and other projects.[2] Construction engineers learn some of the design aspects similar to civil engineers as well as project management aspects.

Once a vehicle's factory warranty expires, you're responsible for the cost of any repairs the car may need, even if a defect or poor workmanship caused the failure. You can protect yourself from the cost of repairs with an extended warranty or service contract, though the added coverage can come with a high price tag.

Because of their reduced complexity, engineers consider open loop control systems to be more stable.

In Engineering, a control system can be defined as a system of devices that are connected as a single unit, so as to manage, command, direct, control, or regulate the behavior of other systems or devices, especially by using control loops, while providing a desired response.

Generally speaking, there are two main types of control systems and these include the following:

In conclusion, it is very important for control engineers to make use of multiple approaches in control systems, in order to make them effective.

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The best description of the function is the one in option B, the central line represents average variation

In a control chart, the central line represents the process average or mean, and it is used to monitor the variation of a process over time.

The upper and lower control limits are typically set at a certain number of standard deviations from the mean and are used to identify when the process is experiencing unusual or out-of-control variation.

The central line itself does not indicate the upper or lower control limits or serve as a differentiator between known and unknown variation sources.

This the correct option is B.

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Answer:

Inversion and the conservation of ambiguity are two geometric transformations that can be used to analyze and study geometric figures. While they have some similarities, they also have some important differences.

Inversion is a geometric transformation that involves inverting a figure in a circle or a sphere with respect to a center. This transformation maps every point inside the circle to a point outside the circle, and vice versa. Inversion is a conformal transformation, which means that it preserves angles between lines and circles. Inversion is useful for studying circles and angles, and it can be used to prove many theorems in Euclidean geometry.

On the other hand, the conservation of ambiguity is a geometric property that states that if a figure can be transformed into another figure by a certain transformation, then the transformation can be reversed to transform the second figure back into the first one. This property is important in topology, which is the study of the properties of geometric figures that are preserved under continuous transformations.

One similarity between inversion and the conservation of ambiguity is that both are transformations that preserve certain properties of geometric figures. Inversion preserves angles, while the conservation of ambiguity preserves the topology of a figure. Another similarity is that both can be used to prove theorems and to analyze geometric figures.

However, there are also some important differences between inversion and the conservation of ambiguity. Inversion is a specific geometric transformation that involves inverting a figure in a circle or a sphere. In contrast, the conservation of ambiguity is a more general property that applies to any transformation that preserves the topology of a figure. Additionally, inversion is a transformation that is specific to Euclidean geometry, while the conservation of ambiguity is a property that applies to any type of geometry.

In summary, inversion and the conservation of ambiguity are two important concepts in geometry, but they have different applications and properties. Inversion is a specific transformation that is useful for studying angles and circles, while the conservation of ambiguity is a general property that applies to any transformation that preserves the topology of a figure