14/15 as a decimal rounded to the nearest tenths
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Related Questions
automotive batteries are an example of which hazard class
Answers
Automotive batteries can be regarded as example of Miscellaneous Hazardous Material.
What is a Miscellaneous Hazardous Material?
Miscellaneous Hazardous Material can be explained as any material that posses anesthetic as well as noxious and other property that can cause extreme damage or discomfort to the workers.
Some other examples of Miscellaneous Hazardous Material are;
Battery powered equipmentAerosols and lighters.Corrosives.Dry ice.It should be noted that Hazardous Material should be prevented by all means from direct contact to the body.
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The safest hammers are those with heads that are?
Answers
Answer:
Rubber Mallet
Explanation:
It is the most common types of hammers, it has a rubber head that allows a soft bang. They are used on sheet metal, woodworking, and filling. A rubber mallet is soft enough to force it without damaging the plasterboard.
Imagine how artificial intelligence branches such as robotics, expert systems, computer vision, reasoning, and machine learning can come together to create agents which are potentially dangerous or may be used for unethical purposes. Brainstorm what alterations, limitations, or regulations are necessary or helpful for preventing such agents from being developed or reaching their destructive potential.
Answers
There are several potential alterations, limitations, or regulations that could be put in place to prevent the development of dangerous or unethical AI agents
How to prevent this?Some possible measures include:
Establishing ethical guidelines for the development and use of AI, such as the Asilomar AI Principles or the IEEE Global Initiative on Ethics of Autonomous and Intelligent Systems.
Implementing transparency and explainability measures, such as providing clear explanations for the decision-making processes of AI systems, to make it easier to detect and address any biases or unethical behavior.
Implementing safety measures, such as adding kill switches or other forms of emergency shut-off mechanisms, to prevent AI systems from causing harm in the event of a malfunction or other problem.
Regulating the development and use of AI, such as through laws and regulations that govern the use of autonomous weapons or other potentially dangerous AI applications.
Encourage international collaboration and cooperation on AI governance, to ensure a common understanding and approach to the ethical and safety concerns surrounding AI.
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What will happen to the aircraft speed if the drag force becomes more than the thrust force ? Help
Answers
Answer:
Explanation:
If the forces of thrust and drag are balanced, an aircraft doesn't move. It is only when thrust overcomes drag that a plane moves forward. When drag is greater than thrust, the plane is pushed backward,
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What are some common employers of biomedical engineers
Answers
Hospitals, universities, research institutions, and manufacturers of diagnostic and medical instruments are some typical employers of biomedical engineers.
Biomedical engineers are experts who contribute to the creation of cutting-edge medical technology.
A strong academic background in a relevant field, such as physics, mechanical engineering, electrical engineering, or biomedical engineering, is necessary to become a biomedical engineer. For graduates who are not engineers, postgraduate degrees can be advantageous and may even be required for specific positions.
Which of the following is an example of a new and emerging job in the green economy?(Brainliest for who answers)
Santos is an electrician who does a lot of wiring work for a nearby wind farm.
Annalise is a plumber who has learned to plan and install water-efficient piping networks.
Raymond does sales and marketing for a supplier of renewable construction materials.
Fergie is a consultant specializing in deriving commercial power from waves and tides.
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Answer: Fergie is a consultant specializing in deriving commercial power from waves and tides.
Explanation:
The green economy the economy that has the goal of minimizing environmental risks while aiming for the sustainable development of the economy without having a negative effect on the environment.
According to the Bureau of Labor Statistics, some categories of Green Jobs are Water conservation, environmental remediation, wind energy, solar power, energy auditors, recycling etc.
Out of the options given in the question, an example of a new and emerging job in the green economy is option D "Fergie is a consultant specializing in deriving commercial power from waves and tides".
Project: Timeline, Market, Budget
Engineers seek to solve problems. In this project, you will propose a solution for a problem facing your community. It may be a product that would make a certain activity safer or faster, or it may be a new process for protecting the environment in your area.
Assignment Directions
Write a 1000 word paper describing the problem, your proposed product or service, and some primary implementation plans.
Assignment Guidelines
Using the information from the research, your paper should contain the following:
Research problems in your community (environmental, social, economic).
Describe the problem.
Describe a solution (product or service)
Describe the market for the product or service.
Provide information about the proposed product or service and materials needed.
Include an estimated implementation timeline and budget for your product and service.
Summarize your findings about the problem and your solution.
List references for any research.
Answers
The problem description for the above recycling project is given as follows.
What is the paper about?Title: Smart Recycling Bins: Transforming Waste Management in the Community
Problem: Our community struggles with inefficient waste management, resulting in environmental, social, and economic challenges. Inadequate recycling practices and improper disposal methods contribute to pollution and increased waste management costs.
Solution: Introducing smart recycling bins, a technology-driven solution. These bins employ sensors and image recognition for automatic sorting, reducing contamination.
Market: The market for smart recycling bins caters to environmentally conscious individuals, businesses, and municipalities seeking sustainable waste management solutions.
Implementation: Research and development, prototype design, testing, manufacturing, and pilot deployment will take approximately 10 months. The estimated budget is $400,000.
Conclusion: Smart recycling bins offer an efficient, user-friendly approach to enhance recycling rates, reduce pollution, and educate the community about sustainable waste practices, leading to a cleaner and more sustainable future.
References:
(Include references for any research sources used in preparing the paper)
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A cylinder power balance test is being performed on a vehicle with sequential port fuel injection. Two adjacent cylinders are under performing. Technician A says this could be caused by a restriction in the fuel injectors. Technician B says this could be caused by leaking secondary insulation. Who is correct
Answers
Answer:
Neither A nor B
Explanation:
A cylinder balance test is used to locate cylinders that are underperforming and leading to loss of power and unbalanced engine performance, by measuring the drop in RPM on each cylinder as compared to the other cylinders
The factors that result in under performing cylinders includes;
1) Problem with the ignition
2) Inadequate or restricted fuel delivery
3) Valve faults
4) Piston wear
Where adjacent cylinders are the cause for the lack of power, the likely causes includes;
1) Head gasket fault
2) Crack in the head
3) Crack in the block.
what is a roller support
Answers
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.
When working cattle through a chute, stop cattle by moving…point of balance.
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When the handler has reached the point of balance of the animal, they should stop walking so that they may move only one animal at a time. The point of balance for cattle that are being worked with in limited places such as races and chutes is often found at the animal's shoulder, as seen by the diagrams.
This is further explained below.
What is a chute?Generally, Chutes are channels, planes, or passageways that are either vertical or slanted and through which things may be transported using only gravity.
In conclusion, When the handler has reached the point where the animal's point of balance has been crossed, they should stop walking so that they may move just one animal.
As seen in the illustrations, the point of balance for cattle being worked with in restricted spaces like races and chutes is often located at the animal's shoulder.
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GMA (MIG) welding is a:
A) laser welding process.
B)
fusion welding process.
C)
pressure welding process.
D) resistance welding process.
Answers
Answer: Fusion
Explanation:
It has a tendency to fuse stuff
The correct answer is Option B).
GMA (MIG) welding is a fusion welding process.
Given data:
GMA (Gas Metal Arc) welding, also known as MIG (Metal Inert Gas) welding, is a fusion welding process. In GMA/MIG welding, a consumable electrode wire is used to create an electric arc between the wire and the workpiece. The arc heats and melts the base metals, and a shielding gas, typically a mixture of argon and carbon dioxide, is used to protect the weld pool from atmospheric contamination.
During the welding process, the molten electrode wire and the base metal fuse together to form a solid weld joint. This fusion of the materials is characteristic of fusion welding processes, where the base metals are melted to create the weld.
Hence, GMA/MIG welding is considered a fusion welding process.
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What kind of analysis would be conducted to identify project costs?
A. competitive analysis
B. customer needs analysis
C. financial analysis
D. concept analysis
Answers
Answer: C. financial analysis
Explanation:
interview someone who is working in you desire field . Ask them what steps they took to get where they at today (ex internships , volunteering ,etc) How did they get those opportunities? what were the benefits of doing those things? is there anything they would recommend you do or not do?
Answers
The goal and key to getting an interview with someone who is working in your desired field and asking specific questions is simply to have an idea of what to expect in the specific field.
What is an Interview?A planned interaction in which one party asks questions and the other response are known as an interview. In everyday speech, an "interview" is a private discussion between an interviewer and an interviewee.
With this in mind and by asking specific questions, you are trying to analyze and gauge how your desired role or position in a company really is so you can prepare better for it.
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which of these is not a safe skill to employ in presence of road workers
Answers
In the presence of road workers the deadliest work is to flattening the hot black liquid
if we model the vibrating system as a mass on a spring, what is the mass necessary to achieve the desired resonant frequency when the tip is not interacting with the surface?
Answers
Answer:
2.5 micrograms
Explanation:
The frequency of a vibrating body reduces with increasing mass, but increases with increasing tension.
What is the relation of resonant frequency with mass?For a spring-mass system, the relationship between frequency and mass can be expressed as follows: as mass increases, frequency decreases; as mass decreases, frequency increases.
The frequency in this case is f, and the mass is m. The relationship between mass and frequency is therefore inverse.
Precession frequency drops when mass is doubled, since angular momentum also doubles at this point. As the radius grows, the angular momentum increases and the precession frequency decreases.
Mass and stiffness are two well-known factors that affect an object's resonance frequency.
While stiffness limits low-frequency transmission because less elastic, or stiff, materials vibrate at higher frequencies, mass limits high-frequency transmission because larger objects vibrate at lower frequencies.
Therefore, The resonant frequency should rise as mass decreases.
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HELP! What are 5 changes that a fidget spinner can be?
Answers
Answer:
Uh- a fidget spinner can be... a fidget?
Explanation:
Unless you're talking about chemical changes, then a fidget cannot change forms <33
I want descriptions on
Current State of Programming in Pakistan
Scope of Programming in Pakistan
Answers
The scope of BS computer science in Pakistan is quite vast
try this :)
purpose of all components in a water level sensor
Answers
Answer:
A combination of high and low sensors are used to tell the control panel when water levels are too high or too low. The control panel will then automatically turn the pump on or off depending on the corrective action needed.
Explanation:
purpose of all components in a water level sensor
43.) The tires are being replaced on a vehicle originally equipped with P205/60R16 92H tires. Technician A says that P225/50R16 92H tires are suitable replacements. Technician B says that P205/60R16 92V tires are suitable replacements. Who is right?
Answers
Technician B is suggesting to replace the original tires (P205/60R16 92H) with P205/60R16 92V tires. These tires have the same width and aspect ratio as the original tires, but with a higher speed rating (V instead of H). This means that the tires can safely handle higher speeds. Since the dimensions and load index are the same, and the speed rating is higher, this replacement should be suitable for the vehicle.
Based on the information provided, Technician B is right. The P205/60R16 92V tires are suitable replacements for the original P205/60R16 92H tires because they have the same dimensions and load index, but with a higher speed rating.
A wheelbarrow is used to lift a 200 lb loadThe length from the wheel axle to the center of the load is 2ft the
length from the wheel and axle to the effort is 4.5 What is the ideal mechanical advantage
Answers
Calculate:
Ideal Mechanical Advantage (IMA)
IMA= Distance(effort force)/Distance(resistant force)
IMA= 5 feet/ 2 feet
IMA= 2.5
3. Static Equilibrium Calculations:
FE= Force of Effort Force
M= moment (Force x distance)
Moment Effort + Moment Resistance
∑ MFulcrum= 0
(200lbs)(2ft) + (5ft)(FE)= 0
5ft (FE) = 400 lbs/ft
FE= 80 lbs
.Block A of mass 30 kg is resting on Block B of 15 kg and both blocks are connected via a
light and inextensible cable, which runs over a light and smooth pulley. Determine the
tension, T, in the cable and the acceleration of Block B, aB, as it moves up the inclined
plane.
Answers
The tension in the cable and the net acceleration of the block B are 291.814 newtons and 0.112 meters per square second, respectively.
How to determine the tension and the acceleration of block B
Based of the representation seen in the image, an external force moves the block A downwards and the block B moves upwards and with an net acceleration of same magnitude due to the cable. By Newton's laws we construct the free body diagrams for each mass and that can be seen in the image seen below.
The motion equations are described below:
Mass A
250 N - 0.4 · Na - T + (30 kg) · (9.807 m / s²) · sin 30° = (30 kg) · a (1)
Na - (30 kg) · (9.807 m / s²) · cos 30° = 0 (2)
Mass B
- T + 0.4 · Na + 0.3 · Nb + (15 kg) · (9.807 m / s²) · sin 30° = - (15 kg) · a (3)
Nb - Na - (15 kg) · (9.807 m / s²) · cos 30° = 0 (4)
By (2):
Na = (30 kg) · (9.807 m / s²) · cos 30°
Na = 254.793 N
By (4):
Nb = 254.793 N + (15 kg) · (9.807 m / s²) · cos 30°
Nb = 382.190 N
Then, we have the following system of linear equations:
T + (30 kg) · a = 250 N - 0.4 · Na + (30 kg) · (9.807 m / s²) · sin 30°
T + 30 · a = 295.188
T - (15 kg) · a = 0.4 · Na + 0.3 · Nb + (15 kg) · (9.807 m / s²) · sin 30°
T - 15 · a = 290.127
The solution of the linear system is T = 291.814 N and a = 0.112 m / s².
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define telecom billing
Answers
Answer: Telecommunications billing is the group of processes of communications service providers that are responsible to collect consumption data
Explanation:
How would you relate the passage below to what happened with engineering during the Industrial Revolution?
Leonardo da Vinci was not only a painter, but also the designer and inventor of practical items, such as a spring-driven clock, weapons of war, such as a catapult and a giant crossbow, and some things that never went beyond the conceptual stage, such as his ideas for various types of flying machines. Although da Vinci only designed some things—such as war machines—for clients who demanded them, other things, such as his conceptual design for an early sort of helicopter, were a product of his restless curiosity and desire to create.
A.During the Industrial Revolution, engineers came to be instructed in how to foster the creative energy that da Vinci displayed in his endeavors.
B.After the Industrial Revolution, engineers primarily worked as inventors, creating items either for paying clients or their own amusement.
C.Unlike da Vinci’s informal approach to engineering, engineers during the Industrial Revolution began to be formally trained as professionals taking a systematic and often specialized approach to their work.
D.The engineering profession became less rigidly formalized during the Industrial Revolution, so much so that afterward, engineers looked to da Vinci as the model and inspiration for their efforts.
Answers
Answer:
Hello, it"s 2 but i am not sure
Explanation:
.Match the benefit of full synthetic oil with engine conditions: If oil is thicker, engines lose power and efficiency.
A) Synthetic improves engine protection by resisting oil breakdown.
B) Synthetic has greater resistance to oil thickening to maintain engine efficiency.
C) Synthetic provides maximum protection in extreme hot and cold temperature conditions
Answers
Synthetic has greater resistance to oil thickening to maintain engine efficiency. The correct option is B.
What is engine efficiency?An engine's efficiency is defined as the ratio of useful work done to heat provided is the completed work Please keep in mind that the term "work done" refers to the power delivered at the clutch or driveshaft.
This means that the work done by thermodynamic expansion is reduced by friction and other losses.
Lower viscosity without sacrificing wear protection and better cold-flow, both of which improve fuel economy, are possible with synthetic oil.
Thus, the correct option is B.
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Which option would be the best way to communicate the product idea in the following scenario?
Your computer class project is the development of a computer game based on the popular children's book series The Boxcar Children.
O a paper and pencil sketch
O a storyboard
O a physical model
O a prototype
Answers
Answer:
B
Explanation:
your answer is a storyboard
How does the local economy influence behavior?
Answers
The best grade of hardwood lumber that is generally available is _____
Answers
Answer:
FAS
Explanation:
first and second grade
true or false a second -degree burn may develop blisters
Answers
True. A second-degree burn can indeed develop blisters.
Second-degree burns are characterized by damage to both the outer layer of skin (epidermis) and the layer beneath it (dermis).
Blisters can form as a result of the burn, with the damaged skin producing fluid-filled pockets. Blisters in second-degree burns are often painful and can be a characteristic sign of this type of burn.
Third-degree burns are less painful than second-degree burns because third-degree burns result in nerve damage, which reduces feeling.
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Select the option that describes the main limitation(s) for engineers in today society.
- international government regulations
- lack of educated team members
- technology is not able to keep up with the demand for innovative ideas
- money and safety
Answers
Answer:
its actually money and safety
Explanation:
Answer:
B
Explanation:
money and safety
(if the letter is different pick the one that says money and safety).
why a biomedical engineer would need to dilute any solutions?
Answers
Biomedical engineers may need to dilute solutions for several reasons. One common reason is to adjust the concentration of a particular substance to a desired level for experimental or clinical purposes.
Dilution allows for precise control over the concentration of a solution, enabling researchers or healthcare professionals to study the effects of different concentrations of substances on biological systems.
In biomedical engineering, dilution is often employed when working with drugs or therapeutic agents. By diluting a concentrated drug solution, engineers can create different dosages suitable for specific applications. This is crucial for ensuring patient safety and achieving desired therapeutic outcomes.
Additionally, dilution is necessary for calibration and quality control purposes in biomedical engineering. Diluting stock solutions of known concentrations can generate a range of standard solutions used to calibrate instruments, verify measurement techniques, or assess the accuracy of analytical methods.
Dilution plays a critical role in ensuring accurate and reliable data collection, analysis, and experimentation within the field of biomedical engineering.
In summary, dilution is an essential technique for biomedical engineers as it allows them to control the concentration of substances, customize drug dosages, and maintain accuracy in calibration and quality control processes, all of which are vital for research, development, and healthcare applications.
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