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Which of the following troubleshooting steps usually takes place after you have talked to the user experiencing the problem?
Gathering information on the issue
How do you evaluate?
You evaluate a class, performance or skill based on the basic requirements (aka rubric) for that effort. It is like a report card. So, for work you would say you are a hard worker (available for overtime, multi-tasking skills), are great at job duties (what you do best--troubleshooting, fast assembly, rapport with the customer) and so on. So, set up your rubric and then state your abilities for each item.
A 1999 Yamaha Grizzly has no spark and the dealer spent several hours trying to find the problem with no results Any ideas?
Get a new dealer I do agree with the above answer as well, but... This is from my repair manual for a 2006 Grizzly 660. IGNITION SYSTEM ELEC TROUBLESHOOTING IF THE IGNITION SYSTEM FAILS TO OPERATE (NO SPARK OR INTERMITTENT SPARK Procedure Check: 1.Fuse (main, ignition) 2.Battery 3.Spark plug 4.Ignition spark gap 5.Spark plug cap resistance 6.Ignition coil resistance 7.Engine stop switch 8.Main switch 9.Pickup coil resistance 10.Charging/rotor rotation direction detection coil resistance 11.Wiring connection (the entire ignition system) NOTE: Remove the following part(s) before troubleshooting: 1)Seat 2)Fuel tank side panels 3)Front carrier 4)Front fender Use the following special tool(s) for troubleshooting. Dynamic spark tester: P/N. YM-34487Ignition checker: P/N. 90890-06754 Pocket tester: P/N. YU-03112, 90890-03112 CONTINUITY 1.Fuse (main, ignition) Refer to "CHECKING THE SWITCH". NO CONTINUITY Replace the fuse. CORRECT 2.Battery Check the battery condition. Refer to "CHECKING THE BATTERY" in CHAPTER 3. Open-circuit voltage: 12.8 V or more at 20 °C (68 °F) INCORRECT Clean the battery terminals. Recharge or replace the battery. 3.Spark plug Check the spark plug condition. Check the spark plug type. Check the spark plug gap.
How do you explain about the guidelines used for designing procedures?
When designing procedures, it's essential to follow certain guidelines to ensure they are effective, efficient, and easy to understand for the intended audience. Here are some key guidelines to consider: Clear and Concise Language: Use clear, simple, and jargon-free language that is easily understandable. Avoid ambiguity and make sure the instructions are straightforward and concise. Logical Flow: Organize the procedure in a logical sequence, following a step-by-step approach. Ensure that each step leads logically to the next and that the overall flow makes sense. Consistent Formatting: Use consistent formatting throughout the procedure to enhance readability. This includes headings, numbering or bullet points for steps, font styles, and spacing. Consistency helps users navigate and understand the procedure more easily. Visual Aids: Incorporate visual aids like diagrams, flowcharts, or illustrations to support the text instructions. Visuals can provide clarity, help users visualize the process, and improve comprehension. Action-Oriented Language: Use action-oriented language to clearly indicate what needs to be done. Begin each step with an action verb, such as "click," "enter," "select," etc., to clearly communicate the required action. Include Warnings and Troubleshooting: Anticipate potential issues or pitfalls users may encounter and provide warnings or troubleshooting guidance. Highlight common mistakes and suggest solutions to help users overcome challenges. Test and Iterate: Test the procedure with users or subject matter experts to ensure it is easy to follow and understand. Gather feedback and iterate based on their input to improve the clarity and effectiveness of the procedure. Consider the Target Audience: Design the procedure with the intended audience in mind. Take into account their level of expertise, technical knowledge, and familiarity with the subject matter. Adapt the language and level of detail accordingly. Review and Update: Regularly review and update the procedure as needed. Processes and technologies evolve, so it's important to keep the procedures up to date to reflect any changes. For learning web designing training course ,I will suggest to many institutes: 1.Excellence Technology 2.The Bright next 3.Excellence Academy
Why would only one side of a 240V water heater line blow fuses periodically when elements and voltages test OK?
=== === == == (LIFE SAFETY WARNING! [disclaimer] Electricity is dangerous!You can be injured or killed!Improper installations can cause fire, injury and death!Why would the same FUSE [important] keep blowing when conductors and voltage seem ok?Troubleshooting is the final measure of skill and knowledge!It is the knowledge of how electricity works, and of the methods and materials used to create a functional wiring system, that enables a skilled troubleshooter to locate the problem and repair it.Where should the "voltage" be, and how does it get there?And where shouldn't it be?I see two possible causes of your problem ...1] There is a very high current draw, caused by an intermittent fault to ground in one conductor at some as yet undiscovered point.2] There is some heat source causing the FUSE [a melting thermal device] to open when there is normal current because there is not enough differential remaining between the fuse's ambient temperature and the melting point of the fusible element [loose fitting fuseholder, loose screw connection, loose conductor termination, and so on ...]. ... or, of course, the installation was done by a hack and there is another load somewhere you haven't recognized ...== == Replace the elements, they are inexpensive, next check the wiring to ground. Those are the things a homeowner can do. If there is still a problem call a Pro. == == Thanks, Robert. Looking closer, I found that one of the fuse holders in the disconnect box was totally shot. I am surprised I did not have a fire. Replaced the old disconnect with a new one using breakers. Everything fine now. As always, if you are in doubt about what to do, the best advice anyone should give you is to call a licensed electrician to advise what work is needed.Before you do any work yourself,on electrical circuits, equipment or appliances,always use a test meter to ensure the circuit is, in fact, de-energized.IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOBSAFELY AND COMPETENTLYREFER THIS WORK TO QUALIFIED PROFESSIONALS.
What The various types of troubleshooting in computer?
there are three types of troubleshooting in computer hardware troubleshooting software troubleshooting peripheral troubleshooting
What is meant by troubleshooting?
Troubleshooting is a form of problem solving
Troubleshooting differs from diagnosis in that .?
troubleshooting focuses on how to fix the problem
Definition of troubleshooting of vehicle?
aah troubleshooting a vehicle is when your too drunk to hold the gun straight. then your having troubleshooting a vehicle.
Which troubleshooting model is best which is worst and why?
which troubleshooting model is the best and which one is the worst
What is the importance of troubleshooting?
the presence of troubleshooting makes it possible for failed products workable again.
You're troubleshooting a user's problem What is the first thing you should do when troubleshooting?
ascertain the user's priorities
What network troubleshooting tasks will a packet sniffer NOT help with?
a packet sniffer has unlimited troubleshooting tasks
What online site provides a troubleshooting guide for the iPad 3g?
Apple has a troubleshooting guide on their website as well as an online PDF of their manual. CNET is another website that would have troubleshooting for the iPad.
What TCP IP utility is commonly used on the command line of routers?
Two commonly used utilities, for troubleshooting, are ping and traceroute.Two commonly used utilities, for troubleshooting, are pingand traceroute.Two commonly used utilities, for troubleshooting, are pingand traceroute.Two commonly used utilities, for troubleshooting, are pingand traceroute.
What is the MAIN contribution of bookkeepers to troubleshooting corporate problems?
What is the MAIN contribution of bookkeepers to troubleshooting corporate problems?
What is the difference between troubleshooting and maintenance?
Troubleshooting is finding an existing problem and maintenance is preventing a potential problem.
