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    How You and Your Business Can Benefit from an Answering Service
    A large number of individuals dream of owning their own business. A number of those individuals are able to make that dream come true. If you are one of those individuals, there may come a point in time when you have too much business. Too much business often means a large amount of money. Instead of complaining about too much business, there are many business owners who take action. This action often involves outside assistance, such as an answering service.An answering service is designed to provide your customers with a real voice instead of an automated answering machine, when you are unavailable to answer their calls. Answering services oper
    nd toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2

    Do Women Rule by Committee?
    Every day decisions are made that influence our lives or businesses. With men and women occupying the same space in corporate American, the Glass Ceiling is busting wide open. Men by nature want to conquer and dominate and always have, but women have arrived on the scene with full force and a different style that men sometimes find hard to understand. Women tend to tackle the matter at hand by looking for a sequential set of maneuvers that will have an outcome of a win/win situation.Why do we communicate so differently and why do we tend to be so vastly dissimilar when it comes to making decisions? What causes men to want to conquer and women to have the need for
    Aim for perfection.

    That’s a pretty lofty concept. It’s definitely not easy – especially when speaking of core business processes. Moving toward perfection requires measurement, analysis and documentation. And if you really want perfection, then you need more sophisticated tools. But is driving toward that ideal of perfection worth the effort?

    If you want to increase quality and dramatically save costs in production, then, yes, the road to perfection is definitely worth the driving time.

    Forward Steps, Quality and Processes

    Last time, we discussed process mapping to increase communication and understanding within an organization and to effectively develop a system of procedures. Now, let’s take a forward step, and look at how Six Sigma tools can decrease variability and increase quality in your processes.

    Six Sigma, Pyramids and Systems

    The Six Sigma methodology is an advanced set of tools designed for problem-solving and quality improvement. A 'sigma' refers to the standard deviation from the mean of a population. Standard deviation indicates the likelihood that your next data point will deviate from the mean of the data set.

    At the bottom of the Six Sigma pyramid begins a system’s current process capability. Usually at 1 or 2 Sigma levels is “tribal” knowledge based on first-time experiences. An organization moves up the pyramid to 3 Sigma as systems are put in place. To hit 4 Sigma, statistics and modeling tools are used for significant process improvement. And, finally, to aim for that near perfection, organizations apply DFSS, or Design for Six Sigma.

    Why?

    Measurement, Analysis and Documentation

    Why do (and should) organizations use these concepts to move up the pyramid and toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2 S

    Business Owner's Essentials - The 5 Biggest Challenges for Today's Business Owner
    Some of these challenges have been around since business began and others are new ones that are being faced as technology and the marketplace evolves. As a business owner, you need to be sure that you are handling each of these effectively and looking out for where they might destroy your business.1. Cashflow ManagementThis is the number one essential for all businesses, no matter what stage they are at. Even the most successful businesses can fail if they take their eye off the ball on cash. Your cashflow is the difference between how fast money comes into your business from your customers and how fast you pay it out to your staff, your suppliers a
    he road to perfection is definitely worth the driving time.

    Forward Steps, Quality and Processes

    Last time, we discussed process mapping to increase communication and understanding within an organization and to effectively develop a system of procedures. Now, let’s take a forward step, and look at how Six Sigma tools can decrease variability and increase quality in your processes.

    Six Sigma, Pyramids and Systems

    The Six Sigma methodology is an advanced set of tools designed for problem-solving and quality improvement. A 'sigma' refers to the standard deviation from the mean of a population. Standard deviation indicates the likelihood that your next data point will deviate from the mean of the data set.

    At the bottom of the Six Sigma pyramid begins a system’s current process capability. Usually at 1 or 2 Sigma levels is “tribal” knowledge based on first-time experiences. An organization moves up the pyramid to 3 Sigma as systems are put in place. To hit 4 Sigma, statistics and modeling tools are used for significant process improvement. And, finally, to aim for that near perfection, organizations apply DFSS, or Design for Six Sigma.

    Why?

    Measurement, Analysis and Documentation

    Why do (and should) organizations use these concepts to move up the pyramid and toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2

    Business Phone Etiquette
    Phone calls are crucial in running a business, and telephone etiquette is integral to the success of a business communications. The telephone is one of the primary points of contact between customers and dealers for most businesses.Millions of business calls are made everyday. Proper telephone etiquette is imperative in order for a business to succeed. Etiquette means to present oneself favorably through proper conduct. Good phone etiquette helps improve the lines of communication between a customer/client and business associates.One should always answer al phone calls before the third ring. When you answer you should convey a sense of warmth and enthusiasm.
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    The Six Sigma methodology is an advanced set of tools designed for problem-solving and quality improvement. A 'sigma' refers to the standard deviation from the mean of a population. Standard deviation indicates the likelihood that your next data point will deviate from the mean of the data set.

    At the bottom of the Six Sigma pyramid begins a system’s current process capability. Usually at 1 or 2 Sigma levels is “tribal” knowledge based on first-time experiences. An organization moves up the pyramid to 3 Sigma as systems are put in place. To hit 4 Sigma, statistics and modeling tools are used for significant process improvement. And, finally, to aim for that near perfection, organizations apply DFSS, or Design for Six Sigma.

    Why?

    Measurement, Analysis and Documentation

    Why do (and should) organizations use these concepts to move up the pyramid and toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2

    So How Big of A Piece of the Pie Do You Want?
    Part 1 of Having a Successful BusinessIn this series, it’s important to show that successful people aren’t better than you; they just made better decisions. This section will see if you’re ready to go out build a better future.Have a little fun at work tomorrow with some of your co-workers. Go up to about three to five people and ask them what they plan on achieving in the next ten years.It’s a safe bet that these same people YOU ask for important advice will give you an answer that will be mediocre at best.Not saying these people aren’t going somewhere…but are they going where you want to ultimately end up?Everyone wants the “American D
    based on first-time experiences. An organization moves up the pyramid to 3 Sigma as systems are put in place. To hit 4 Sigma, statistics and modeling tools are used for significant process improvement. And, finally, to aim for that near perfection, organizations apply DFSS, or Design for Six Sigma.

    Why?

    Measurement, Analysis and Documentation

    Why do (and should) organizations use these concepts to move up the pyramid and toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2

    Live Phone Answering Services
    Lots of businesses are turning to live phone answering services to answer calls when no one is in the office. The popularity is felt to be due to the fact that people are more likely to stay on the line and leave a message if they are dealing with a real person on the other end. And, it's not costing company's a whole lit of money because these answering services are being outsourced to countries like India where lower wages are paid, so companies save a good deal of money.In order to start working with a live phone answering service, you must provide them with specific information as to how to handle any incoming calls. You may ask that they take messages, or you ma
    nd toward quality improvement? Why is it necessary to measure, analyze and document processes – and, if needed, make those desired changes? Why drive toward perfection, and what does it mean in real terms?

    If your current process capability runs at 1 Sigma, then that effectively means you have two defects (unusable products) out of every 3 parts. That means 67% of your costs simply become waste, with no return on your investment. At 2 Sigma, quality improves with 1 out of 3 parts as defects. But that still has an error rate of 33%. Not until 3 and then 4 Sigma levels will you see dramatic improvements. Put in these terms, you quickly see how such errors keep you from realizing a greater potential.

    Transactions, Multiple Steps and Tolerance

    Organizations most effectively utilize Six Sigma methodology in two situations. One, if a business works with a very high volume of transactions per year, then they can not tolerate low sigma levels. For example, a 99% effective rate for 1 billion transactions per year still yields 10 million defects. In any industry, that is not acceptable.

    Another situation that calls for Six Sigma methodology is when an organization (i.e. manufacturing) has processes with multiple steps. Here total error rate is critical. For example, the effective rate is 99% for each step; however, that does NOT give the total error rate as 1%. You must take the 99% for the first step and multiply it by 99% for the second step, the third step, and so on. With a great number of steps, your total effective rate could significantly decrease. So, to avoid high volatility, this organization can not tolerate low sigma levels.

    Organizations can also determine error rate by effectively reversing the typical process of Six Sigma. You can calculate the mean and variance in your process to define the error rate. This tells you where you are currently on the Six Sigma curve. For example, if your calculation tells you that you're on a 1 or 2 sigma level, then this is an area in need of improvement. This gives you an opportunity to look at the data more carefully, take the mean and variance of each step of the process, and determine in which step the process

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