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Lori Jones

How Many Peas Fill the Classroom? < Teaching Channel - 1 views

    • Lori Jones
       
      Common core math 5.MD.4  I like that this allows students to ponder different questions, think through different ideas on how to calculate it, and in the process, learn about volume.  Students who need an extra challenge could determine how many peas would fill their homes, or how many to fill the school.  Students needing extra assistance can be paired with students who are stronger in math, and/or work with the teacher in small groups.
thennessy

Fractions For Kids,Fraction Games,Fraction Activities - 3 views

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    CCS: 3.NF.1 Really fun and active way to make learnin fun. By allowing them to shoot paper wods into the trash can, chart the makes and misses, and then compute the data into fractions, we can get them interested and engaged in a topic that can be intimidating to some kids.
Brandon Appleton

Algebra All Around: 3 Activities - 1 views

    • Brandon Appleton
       
      Can be easily differentiated for each student by minimizing what they must accomplish in their shopping excursion or watching sports. Send each student home with a list of what to look for as they choose their activity and adjust based on child's ability.
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    In late elementary school, algebra goes from being an underlying element in math work to a main element in class. But algebra is still all around us, from the data in the news to real life situations such as shopping and sports. Here are three activities you can do at home and around town to bring algebra into your daily lives:
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    Probably my favorite of all my activities I put on here...This is discussed in the use of your home but can be use in the classroom and works really well for a fun spin on homework that shows students at a difficult age why math is important and how we use it in everyday life. Also can incorporate many different standards.
Liz Dilts

Bad Moons Rising - 1 views

    • Liz Dilts
       
      Text Types and Purposes6-8.WS.1Write arguments to focus on discipline-specific content. a. Introduce claim(s) about a topic or issue, acknowledge anddistinguish the claim(s) from alternate or opposing claims,and organize the reasons and evidence logically. b. Support claim(s) with logical reasoning and relevant,accurate data and evidence that demonstrate anunderstanding of the topic or text, using credible sources. c. Use words, phrases, and clauses to create cohesion andclarify the relationships among claim(s), counterclaims,reasons, and evidence. d. Establish and maintain a formal style. e. Provide a concluding statement or section that follows fromand supports the argument presented. Differentiation: For gifted students, have them create a "moon finder" that will show the moon for any given phase and time.  Students can make this in a circle on a paper plate or on black construction paper.  Other students can use these "moon finders" to help them determine if the moon is depicted accurately or not.
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    In this activity students have to use their knowledge of the phases of the moon to analyze children's books and their depictions of the moon.  Using the list of  books, students are to review the depiction of the moon and determine if it is accurate or inaccurate.  Then, students are to look at books like "Goodnight Moon" and analyze a story where the moon is depicted accurately.
Krista Hirr

Bubble blowing as an experiment? - 1 views

    • Krista Hirr
       
      Have students make different shapes and try to create the biggest bubble. Answer questions like "Does a bubble last longer if it is smaller or larger? "Will a bubble get bigger if you blow fast or slow? " Have them draw the different shapes, sizes and colors in their science notebooks.
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    Write in a science notebook. make predictions and observations about the bubbles. Gather data and record in notebook.
Ashley Stewart

Hands-On Math Movie & Activity - The Best Throw - 1 views

    • Ashley Stewart
       
      Nature of Science Standard: Make predictions and formulate testable questions; plan and carry out investigations-often over a period of several lessons-as a class, in small groups or independently; perform investigations using appropriate tools and technologies that will extend the senses; use measurement skills and apply appropriate units when collecting data; test predictions with multiple trials; keep accurate records in a notebook during investigations and communicate findings to others using graphs, charts, maps and models through oral and written reports; compare the results of an investigation with the prediction. This activity can be modified for ELL students by allowing those students to be the recorder for the group. This will allow those students to participate, without having the pressure of attempting to measure and use words they may not be comfortable with yet. Allowing these students to be the recorder keeps them involved with the group, while also allowing them to practice the English words for the numbers being recorded. This activity can also be used for younger ages by shortening the activity to throwing the ball five times, rather than ten. The act of throwing the ball make take longer for these students, as well as measuring an angle.
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    Students are placed in groups to answer the following question: At what angle should you throw a ball for it to travel the greatest distance? This question is answered by stretching a rubber band from the end of a ruler to a predetermined mark on the ruler. Students will launch the ball from the rubber band ten different times with a range from fifteen degrees to seventy five degrees. The students will then record each distance for each angle. 
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