Analyze means to apply scientific and mathematical measures to determine meaningful patterns and associations in data. "Analyze" includes descriptive analysis to examine historical data, predictive analysis to examine future probabilities and trends, and prescriptive analysis to examine how future decisions may impact the population and trends; and
Analyze. The ability to identify and analyze literary elements. • Synthesis: Take information from what they have read, combine it with prior knowledge, and create something new. Year One Tableau Students represent people, places and things using their bodies. In Tableau, students work together to create a frozen group “picture” to communicate content in any subject. (Example: Human Slide Show-several tableau’s to show a sequence of a story, beginning-middle and end, cause and effect, etc.).
Analyze means to study or examine an issue, but does not necessarily involve the preparation of documents or spreadsheet analyses. With respect to construction projects, analysis involves examining issues, changed conditions, and additional requirements as they arise to determine whether they are necessary, whether something can be done in another manner to address the changes, and the extent to which the new conditions will impact costs, schedule, and other considerations.
Examples of Analyze in a sentence
Analyze how two or more texts address similar themes or topics in order to build knowledge or to compare the approaches the authors take.
Analyze the structure of texts, including how specific sentences, paragraphs, and larger portions of the text (e.g., a section, chapter, scene, or stanza) relate to each other and the whole.
Analyze the Contractor’s schedule(s) (i.e. baseline(s), revised baseline(s), updates, as-built, etc.) for compliance with the contract documents.
Analyze problems that arise on a project and proposals submitted by the Contractor; work to resolve such issues, and process the necessary paperwork.
Analyze the LEA’s data (including sections 2.6) and answer the guiding questions to determine existing trends and patterns that support the identification of professional capacity needs.
More Definitions of Analyze
Analyze means to look very closely at something, like data, to notice things that are not always easy to see, like patterns. Have students review the data for one type of matter from the Clamp Lamp Observations Class Data Table and compare it to the observations for that same type of matter in Table 1 on
Analyze. Complete a thorough quality assurance analysis, collect feedback, evaluate and compare results with established baselines and Customer expectations and determine if further IT services are required. Gather lessons learned to ensure continued evolvement of our IT staff. • MAXIMIZE: Collect feedback from assigned staff and if appropriate, provide recommendations on best practices, recent trends, ongoing strategies, consulting for optimization, and recommended future enhancements. Whether you need a big team with a proven track record of successfully working together or just a single individual to augment your in-house developer staff, we can work in either context.
Analyze from the “PORT” menu and transmit a sample reading from your device into the "Input Data" textbox in the Analyze window. This step serves two purposes, first, to test that your serial communications parameters are correct and that the device is connected properly and second, to gain an understanding of how the data from the device is structured. If data does not appear in the text box marked “Input Data”, then read the section of this manual entitled “Troubleshooting” (pg. 87). If data appears in the Input Data textbox, then examine all the characters that are received looking for regular features like delimiters, or special characters like carriage returns or linefeeds, etc.. (A carriage return (ASCII 13) will appear as a musical note and a linefeed (ASCII 10) will look like a small rectangle with a circle inside it.) You may want to take several readings from the device just to make sure that each reading is structured in a similar manner. Most simple devices such as electronic balances, bar code readers, calipers, and force gages transmit a single number or short data string followed by a carriage return or carriage return linefeed pair. For the rest of this example, we will assume that this is how the data from your device is structured. After you have examined the data from your device thoroughly and are satisfied that the device is transmitting your data correctly, click on the button marked “Quit” to return to the main menu.
Analyze from the “PORT” menu and transmit a sample reading from your device into the "Input Buffer" in the Analyze window. This step serves two purposes, first to simply test that your communications parameters are correct and that the device is connected properly and second to gain an understanding of how the data from the device is structured. If data does not appear in the text box marked “Input Buffer”, then read the section of this manual entitled “Troubleshooting” . If data appears in the Input Buffer then examine all the characters that are received looking for regular features like delimiters, or special characters like carriage returns or linefeeds, etc.. (A carriage return (ASCII 13) will appear as a musical note and a linefeed (ASCII 10) will look like a small rectangle with a circle inside it.) You may want to take several readings from the device just to make sure that each reading is structured in a similar manner. Most simple devices such as bar code readers, calipers, force gages, and electronic balances transmit a single number or short data string followed by a carriage return or carriage return linefeed pair. For the rest of this example, we will assume that this is how the data from your device is structured. After you have examined the data from your device thoroughly and are satisfied that the device is transmitting your data correctly, click on the button marked “Quit” to return to the main menu.
Analyze. “survey”, “prepare”. Do not use “etc” within the contract anywhere. Include under “Task Deliverables” below and by subtask, the deliverable, if any, from each subtask
Analyze from the “PORT” menu and transmit a sample reading from your device into the Input Buffer in the Analyze window. This step serves two purposes, first to simply test that your communications parameters are correct and that the device is connected properly and is transmitting data, and second to gain an understanding of how the data from the device is structured. If data does not appear in the text box marked “Input Buffer”, then read the “Troubleshooting" section of this manual (pg. 86). If data does appear in the Input Buffer, then examine all the characters that are received looking for regular features like delimiters, the existence of special characters such as carriage returns or linefeeds, etc. You may want to take several readings from the device just to make sure that each reading is structured in a similar manner. Most simple devices such as bar code readers, calipers and electronic balances transmit a single number or short data string followed by a carriage return or carriage return linefeed. A carriage return will appear as a musical note and a linefeed will look like a small rectangle with a circle inside it. For the rest of this example, we will assume that this is how the data from your device is structured. After you have examined the data from your device and are satisfied that it is being received correctly, click on the button marked “Quit” to return to the main menu.
Analyze means an analysis of general status (CPU load, RAM, disk loading), processes, file system and registry, network activity, video streaming and etc.