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How do you write a character that travels a distance?

The title says it all. How do you write a character who travels from point a to point b in a part that isn’t very important to the main story? Whether it’s 10 miles or 100 miles. Did you just do a massive time jump? Or do you fill the short or long trip with important things that happened? The title says it all. How do you write a character who travels from point a to point b in a part that isn’t very important to the main story? Whether it’s 10 miles or 100 miles. Did you just do a massive time jump? Or do you fill the short or long trip with important things that happened? If you deprivation to revel the Nifty History: Making money in the ministration of your own place work online, then this is for YOU!: Click Here

Technical writing exercise: writing an executive summary

The client says: "Tell me what this 30-page report says and do it on less than one page." Your work: write an executive summary. The exercise consists of looking at the executive summary below and aligning it with the description, and reducing it to between 150 and 200 words at the same time.

As of January 2007, a team of researchers from the ConDovPro home lab has worked long hours to create a reliable system so that all members of the event production team can talk back and forth with the "big man" : the executive coordinator. They believe that the best way to do it is through a satellite link that works every time they need to talk.

After only fourteen months, as of March 18, 2008, the laboratory people were ready to test their work. For the first time, a full crew of fifteen crew members was sent to four widely separated locations with their bright and new mobile radios, all connected to the "bird", an ATS-6 satellite.

91% more impressive of the 300 transmissions were a clear success. And it was considered that more than 98% of all transmissions were of a high enough quality to be able to live with them. Of course, some transmissions were encoded. Being in an elevator or near a lot of electrical equipment altered with the satellite signal. But that only happened 1.7% of the time.

The test was a huge success. He showed that the basic premise is solid and showed that the prototype design will fly. The lab boys think that the results require a significant acceleration in the refinement of the radios. They also recommend that we:

· Develop an antenna that can pick up signals even in areas where they did not pass the first time

Discover how to configure satellites to cover much more ground

Exercise – Answer

The task was to align the executive summary with the description in the bulletin and shorten it by a hundred words or so. As usual, there are many different ways to approach the work, but even taking into account individual styles, its rewriting should be quite similar to this.

The original is in italics followed by rewriting.

As of January 2007, a team of researchers from the ConDovPro home lab has worked long hours to create a reliable system so that all members of the event production team can talk back and forth with the "big guy" , the executive coordinator. They believe that the best way to do it is through a satellite link that works every time they need to talk.

As of January 2007, ConDovPro has been working on a system that allows a large number of members of the production team to communicate directly with the executive coordinator. This is communication "at any time" through a satellite link.

After only fourteen months, as of March 18, 2008, the laboratory people were ready to test their work. For the first time, a full crew of fifteen crew members was sent to four widely separated locations with their bright and new mobile radios all connected to the "bird," an ATS-6 satellite.

The week of March 18, 2008, the idea was given the first test. An ATS-6 satellite with fifteen crew members was used in four locations. Each person was equipped with a mobile radio prototype.

91% more impressive of the 300 transmissions were a clear success. And it was considered that more than 98% of all transmissions were of a high enough quality to be able to live with them. Of course, some transmissions were encoded. Being in an elevator or near a lot of electrical equipment altered with the satellite signal. But that only happened 1.7% of the time.

More than 91% of 300 transmissions were successful. More than 98% of the transmissions were considered of acceptable quality. An important factor limiting the success of transmissions (1.7% of all transmissions) was the obstruction of the satellite signal in areas with high metal content, such as elevators and concentrations of electrical energy equipment.

The test was a huge success. He showed that the basic premise is solid and showed that the prototype design will fly. The lab boys think that the results require a significant acceleration in the refinement of the radios. Recommend that we:

· Develop an antenna that can pick up signals even in areas where they did not pass the first time

Discover how to configure satellites to cover much more ground

The test supported the basic premise and demonstrated that the prototype design is solid. The results support the accelerated refinement of the radios. The recommendations are:

Develop an antenna specifically designed for use in clogged areas

Explore the satellite configuration needed to cover a larger footprint.

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