Answer:
thanks for the advice.pliz can you mark me the brainest.
Explanation:
It's Laura Rays Amira Ashley
Someone who has the knowledge and experience to handle problems is a
Summary You unlock the power of Voice when you pursue your passions, seek ideas that are relevant to you, and have the freedom to make choices. You can recognize and take advantage of opportunities to develop your Voice. Just as talented singers work hard to develop their musical voice, you can build a stronger Voice through practice and dedication. Assignment In this lesson, you heard about several students who developed their Voices by pursuing their passions, seeking relevance, or accessing autonomy. Select which student you found to be the most inspiring. In two to three complete sentences, explain how that student developed their Voice. In one complete sentence, describe one lesson from their story that can help you develop your Voice. Review the checklist to success. Submit your work to 07.01 Find Your Voice.
The students develop passion by focusing on the activities which they enjoy to do and this leads to seeking for the new, and experiencing new ideas.
What is Passion?Passion involves searching out and experimenting with the novel. The foundation of good teaching is passion. Through the desire and excitement it generates, passion, which is essential for both learning and teaching, increases learning.
A person's propensity to work hard on self-improvement increases with how enthusiastic they are about their employment, which increases their likelihood of success.
Therefore, Focusing on the things that they like doing helps pupils develop enthusiasm, which encourages them to look for and try out novel ideas.
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Technician A says that the Warranty Policy and Procedures Manual states any additional Repair
Order completed in conjunction with a normal PDS must have time punch/flags for service
Technician B says that if multiple additional repairs are made in conjunction with normal PDS, the
Warranty Policy and Procedures Manual indicates that separate time flags must be punched for
each repair.
Who is right?
Both Technician A and Technician B are correct in their statements.
Technician A is correct in stating that the Warranty Policy and Procedures Manual requires time punch/flags for any additional Repair Order completed in conjunction with a normal Pre-Delivery Service (PDS).
This means that if there are any extra repairs performed alongside the regular PDS, each repair must be recorded and flagged separately to track the time spent on them.
Technician B is also correct in mentioning that the Warranty Policy and Procedures Manual indicates the need for separate time flags for each repair when multiple additional repairs are made in conjunction with a normal PDS.
This reinforces the requirement for individual tracking of the time spent on each additional repair, ensuring accurate documentation and appropriate warranty coverage for each repair performed.
Therefore, both technicians are providing accurate information about the requirements outlined in the Warranty Policy and Procedures Manual regarding time punch/flags for additional repairs completed in conjunction with a normal PDS.
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Complete two examples of how scientists, technologists, engineers, and mathematicians may work together to create a new product invention or innovation
Which is true about the benefits of a safety and health program?
Answer:
Safety and health programs help businesses: Prevent workplace injuries and illnesses. Improve compliance with laws and regulations. Reduce costs, including significant reductions in workers' compensation premiums.
Pt 1. Amanda lifts a crate into the back of her truck. She exerts a force of 200N distance of 1.2m. Calculate the amount of work (joules) done on the crate.
Pt 2. Amanda then used an inclined plane to push the same crate into the truck She exerts a force of 77.5N a distance of 3.1m. What is the work (joules) done
Answer (Part 1):
620 joules
Explanation:
Work is done when force is applied on an object over a distance. It is measured in joules.
Formula
Thus, Work = Force x distance
Since, Work = ? (unknown value)
Given:
Force = 200N
Distance = 1.2 meters
So,
Work = 200N x 3.1 meters
= 620 joules
Thus, Amanda did a work of 620 joules on the crate.
Answer (Part 2):
240.25 joules
Explanation:
Work is done when force is applied on an object over a distance. It is measured in joules.
Formula
Thus, Work = Force x distance
Since, Work = ? (unknown value)
Given:
Force = 77.5N
Distance = 3.1 meters
So,
Work = 77.5N x 3.1 meters
= 240.25 joules
Thus, Amanda did a work of 240.25 joules on the crate.
Hope this helps! :)
 A game consists of a 3-card hand. What are the chances of have a pair (same face-value) in a hand, given the first two cards are not a pair?
Answer:13
Explanation:
The probability of getting a pair (but NOT three of a kind) in three-card poker would be 3744/22100 = .1694+.
Obviously any of the three cards NOT in the pair is equally likely to have been dealt to you last. So in the 1/3 of cases where the non-paired card was dealt last, then your criteria were met: first you got a pair, then you got something outside the pair. 1/3 of the above value is 1248/22100 = 0.05647+.
How did I get the 3744/22100 figure?
13 (number of ranks the pair could be in) TIMES 6 (number of ways to have two of the four cards within the paired rank) TIMES 48 (number of ways to have one of the other cards outside the pair) DIVIDED BY 22100 (which is 52 choose 3, the number of unique three card poker hands.)
If the jar is half filled (inside height) with honey, which has a density 1.4 times the density of water, how far will the jar sink into the water?
Jar is a cylinder that has an R-radius and an H-height. The jar's volume is then calculated as V = R2H. The volume of honey in the jar is V honey = (1/2)R2(H/2) = (1/4)R2H if the honey fills the jar to half its height.
How can I use integration to determine the volume of a cylinder with a radius of r and a height of h?The volume of any cylinder with base radius "r" and height "h" equals base times height. A cylinder's volume is therefore equal to r2h cubic units.
F_buoyancy = (density of water) x (volume of water) x (acceleration due to gravity)
F_buoyancy = 1.0 x πR^2h x g
Since the jar is in equilibrium, the weight of the jar and honey must be equal to the buoyant force. Therefore, we can set the two equations equal to each other and solve for h:
3.5πR^2H x g = πR^2h x g
h = (3.5/1) x (H/2)
h = 1.75H
Therefore, the jar will sink into the water up to a height of 1.75 times its original height.
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A construction company got a project to a build a hotel in a sand desert area where the temperature often exceeds 130° F. Which structural element should they use so that the hotel sustains its structure in such extreme weather conditions?
A.
beam
B.
column
C.
truss
D.
plate
E.
arch
I believe the answer would be the plate
Hope that helps!
Fill in the Blank: When using a standard cold chisel, be sure the end is grounded to a sharp point at a _____ degree angle.
Answer:
25°
Explanation:
At the factory, a standard cold chisel are ground to 25° which is appropriate for the various works performed by a chisel. However, A chisel with a 30° cutting edge is advisable to users because it will help the edge to last longer.
I NEED HELP ASAP
I DONT KNOW THE ANSWER
TO THIS
PLEASE HELP THIS IS IN EDGINUITY IN SOCIAL STUDIES
Answer:
A is continental polar and B Is maritime polar
Write the general form of the capacitor voltage for
the electrical network shown in Figure P4.4.
[Section: 4.4] is
The general form of the capacitor voltage for the electrical network shown in Figure P4.4 is V(t) = 1/2^e^-10^tsin20t
What is a Capacitor?A capacitor is an electronic component that stores electrical energy in an electric field. It is typically made up of two conductive plates separated by a non-conductive material, or dielectric.
When a voltage is applied across the plates, an electric field is created between them, which causes a build-up of electric charge on the plates. The amount of charge that can be stored on the plates depends on the capacitance of the capacitor, which is determined by the size and spacing of the plates, as well as the type of dielectric material used.
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3. What is the purpose of piston?
Answer:
A piston aids in the transformation of heat energy into mechanical work and vice versa.
What are the benefits of using the engineering design process? combining scientific knowledge and creativity in a rigid and structured approach to problem-solving combining scientific knowledge, careful reasoning, and artistic invention in a flexible approach to problem-solving combining scientific knowledge and logic in a rigid and structured approach to problem-solving combining careful reasoning and artistic invention in a flexible approach to problem-solving
Answer:
combining scientific knowledge, careful reasoning, and artistic invention in a flexible approach to problem-solving
Explanation:
4. What is the unit of measure for electricity consumption?
A.Therm
B.Kilowatt-Hour
C.Pounds
D.Kilowatt
Note that the Unit of Measure for electricity consumption is: "Kilowatt-Hour" (Option B)
Why is Unit Of measure important?Unit of measure is important because it provides a standardized way of expressing quantities and measurements that can be easily understood and communicated across different contexts and languages.
It ensures consistency and accuracy in scientific, commercial, and industrial applications, and facilitates efficient exchange of goods and services.
Without standardized units of measure, there would be confusion, errors, and inefficiencies in all aspects of daily life that involve measurements, from cooking recipes to international trade.
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What is the horsepower of a 302 engine
Answers
Ford Boss 302 engine
Explanation:
what is differentiation
Answer:
the action or process of differentiating or distinguishing between two or more things or people.
Guys I really need a lot of help on some engineering questions due tommorrow. If theres anyway your good at this topic pls coment or answer below so I can tell you the questions. Pls help a brodie out.. :(
Answer:
I might be able to help
i took engineering for a year so i might be of help! ill try my best but if not i do apologize
explain in some detail why there are so many different kinds of fasteners and fastener accessories describe the kind of forces which fasteners are often exposed
Fasteners are a broad group of tools, such as screws, nuts, and bolts, that all have the same purpose: to mechanically hold items together. Of fact, glue can serve this purpose, but glue is not a form of fastener. As a result, we must expand our definition. Hardware fasteners keep items together mechanically.
The various forces acting on fasteners are:
Bolts - Twisting force - Torque Screws - Clamping Force; compressive forcesWhat are the uses of Fasteners?Fasteners are a pretty broad group of tools, such as screws, nuts, and bolts, that all have the same purpose: to mechanically hold items together. Of fact, glue can serve this purpose, but glue is not a form of fastener. As a result, we must expand our definition. Hardware fasteners keep items together mechanically.
The following are types of fasteners;
Screws. Nails. Bolts, Nuts, and Washers. Anchors. Rivets.Learn more about Fasteners:
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as of 2021, the navy’s blue angels fly what type of aircraft?
Select three types of internal customers interested in testing products.
marketing and sales people
end users
bosses
financial managers
engineers
passengers
travelers
Answer:
financial managers, bosses, and marketing and sales people
Explanation:
got the answer right :D
Which of the following is a type of Interior door?
Answer:
There is no answers given
Explanation:
Why are housing starts a key indicator of a nation’s economic well-being?
Residential construction is more important to the economy than commercial or industrial construction.
Residential construction is more important to the economy than commercial or industrial construction.
Gross domestic product cannot be calculated without knowing the number of housing starts.
Gross domestic product cannot be calculated without knowing the number of housing starts.
Housing starts affect the health of a number of other important industries.
Housing starts affect the health of a number of other important industries.
Housing starts can be used as a measure of homelessness and, by proxy, unemployment.
The term housing starts refers to the start of construction on a new residential housing unit.
What Are Housing Starts?The term housing starts refers to the start of construction on a new residential housing unit.
A housing start is a new residential construction project. Housing starts are registered once construction begins on a new building for residential use.
A housing start is a new residential construction project. Housing starts are registered once construction begins on a new building for residential use. Housing starts can provide valuable information about the economy.
The housing start is registered once construction of a new building begins. There are different stages of new housing construction; the start usually happens when the foundation of the building is excavated. All the stages are:
PermittedAuthorized but not startedStarted Under constructionCompletedHousing starts can provide valuable information about the economy.
For example, researchers can look at decades of housing starts to get an idea of how housing growth has been affected by population growth.
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.
Engineering uses specialized engineering techniques in the medical field. It is a relatively new discipline that
involves applications such as diagnostic equipment, therapeutic devices, pharmaceutical drugs and artificial
Jimbs (prosthetics)..
a. Electrical
b. Polymer
C.Biomedical
D.Civil
The correct answer is C. Biomedical engineering.
What is Biomedical engineering?The area of Biomedical engineering is a distinct field that utilizes methods and concepts from engineering to address medical challenges and innovations.
The task involves enhancing healthcare delivery, diagnosis, and treatment via the creation and engineering of diverse medical devices, equipment, and pharmaceuticals.
A vast array of products falls under this area, such as tools for diagnosing medical conditions like magnetic resonance imaging (MRI) and computerized tomography (CT) scanners, medical equipment for treatment purposes such as pacemakers or insulin pumps, medications for various illnesses, and prosthetic limbs designed to aid those with limited mobility.
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When compared to Primary Shoe linings, Secondary Shoe linings are:
Answer:
Thinner and less durable.
5 features of Ms words
Explanation:
mention the major problem faced by Ram has a manager
Which pillar shape is the strongest?
A. Triangle
B. Square
C. Circle
Thermal energy is released when calcium chloride dissolves in water. It is absorbed when ammonium chloride dissolves in water. Which substance will you use in your design?
Answer:calcium chloride
i think this is helpful
Explanation:
A blocked drain on a pressure-reducing valve will
A) Result in no reduction of pressure
B) Prevent flow from the outlet of the valve
C) Block the inlet of the valve
D) Drop system pressure to zero
Answer:
Yes! I can Answer that!
Explanation:
C) Block the inlet of the valve.
A blocked drain on a pressure-reducing valve can prevent the valve from functioning correctly by blocking the drain line that is used to relieve excess pressure from the valve. As a result, the inlet of the valve can become blocked, causing the valve to malfunction and preventing it from reducing pressure. It is important to keep the drain line clear to ensure that the pressure-reducing valve works properly.
why a biomedical engineer would need to dilute any solutions?
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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