Start withdata firstExplain howit relates tothe realworldConfirmearlier dataand whathas changedIncludecounterargumentCompareyourself withotherscientist’sworkSciencewriting is moretechnical andnumericalSynthesizeresearch foranindividualizedclaimScientificwriting helpsus analyzeevidenceAnticipateobjectionsScientistsuse logos w/numericalevidenceGivingsupportinginformationand makingcomparisonsEverythingis anargumentScience affectseveryonethroughmedicine,education, andour planetYour text whenpresenting numericaldata is to provide thecontext readersneed to understandthe numbersPresent dataand thenanalyze it todevelop apositionWhy is thenew evidencemore relevantthan earlierSummarizeyour researchand what itmeans to youWe use thesamethoughtprocesses inthis classDon’t use toomuchnumericaldata early onData is crucialto scientificargumentationScientific progressdepends on theinsight andcreativity thatscientists bring totheir dataCounterargumentshelp to buildcredibilityYour writingdepends onyourinterpretationof dataScientistsaddressdisagreementsand exploreunansweredquestionsExplaindisagreementsthoroughlyStart withdata firstExplain howit relates tothe realworldConfirmearlier dataand whathas changedIncludecounterargumentCompareyourself withotherscientist’sworkSciencewriting is moretechnical andnumericalSynthesizeresearch foranindividualizedclaimScientificwriting helpsus analyzeevidenceAnticipateobjectionsScientistsuse logos w/numericalevidenceGivingsupportinginformationand makingcomparisonsEverythingis anargumentScience affectseveryonethroughmedicine,education, andour planetYour text whenpresenting numericaldata is to provide thecontext readersneed to understandthe numbersPresent dataand thenanalyze it todevelop apositionWhy is thenew evidencemore relevantthan earlierSummarizeyour researchand what itmeans to youWe use thesamethoughtprocesses inthis classDon’t use toomuchnumericaldata early onData is crucialto scientificargumentationScientific progressdepends on theinsight andcreativity thatscientists bring totheir dataCounterargumentshelp to buildcredibilityYour writingdepends onyourinterpretationof dataScientistsaddressdisagreementsand exploreunansweredquestionsExplaindisagreementsthoroughly

TSIS Chapter 16 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
  1. Start with data first
  2. Explain how it relates to the real world
  3. Confirm earlier data and what has changed
  4. Include counterargument
  5. Compare yourself with other scientist’s work
  6. Science writing is more technical and numerical
  7. Synthesize research for an individualized claim
  8. Scientific writing helps us analyze evidence
  9. Anticipate objections
  10. Scientists use logos w/ numerical evidence
  11. Giving supporting information and making comparisons
  12. Everything is an argument
  13. Science affects everyone through medicine, education, and our planet
  14. Your text when presenting numerical data is to provide the context readers need to understand the numbers
  15. Present data and then analyze it to develop a position
  16. Why is the new evidence more relevant than earlier
  17. Summarize your research and what it means to you
  18. We use the same thought processes in this class
  19. Don’t use too much numerical data early on
  20. Data is crucial to scientific argumentation
  21. Scientific progress depends on the insight and creativity that scientists bring to their data
  22. Counterarguments help to build credibility
  23. Your writing depends on your interpretation of data
  24. Scientists address disagreements and explore unanswered questions
  25. Explain disagreements thoroughly