Group items tagged

5.1.2 "Describe the difference between weight and mass. Understand that weight is dependent on gravity and mass is the amount of matter in a given substance or material."

Extension: After completing the experiment with oil and water, students could experiment with other liquids and make a hypothesis whether or not the density of the two liquids will be the same or different.

Sticky Note: This would be great to use with younger kids by making the distance shorter that the balloon had to travel and making the material list shorter. It would be a great way of graphing as well: graph the length of of each trial for each team.

The Challenger Center also offers Special Needs missions. Lessons are differentiated as students will be assigned to different roles.  This is a very "challenging" endeavor, and requires completion of lessons prior to the visit.

This goes with the Blubber worksheet from the other website about Polar Bear Blubber.

6.4.1  Potential / kinetic energy.  Love how this students to be the access of their own learning journey.  

3.1.1 Generate sounds using different materials, objects and techniques. Record the sounds and then discuss and share the results. 3.1.3 Investigate and recognize that sound moves through solids, liquids and gases (e.g., air). Differentiation: Assign a student with poor fine motor skills a partner to do their hole poking for them.  With their partner, have students build their telephones with help from a peer.  Although this project may seem simple to build, students with under-developed motor skills would have great difficulty with this task.  Having a students get help from a peer would allow them to complete the task and practice working collaboratively with others.

Adaptations: Gifted students can show the sum multiple ways (using different currency) or write the equation for the addition or subtraction problem. EL Students can draw a picture of the currency needed to represent the sum. Other manipulatives can be used with this activity with the amount written in cents or dollars on the manipulatives.

This activity can be used with other manipulatives that are labeled with the coin amounts. This activity connects math and LA. Adaptations include: require gifted students to show 3-5 ways to represent the sum using different currency or give the equation. EL students can draw a picture to represent the coins used.

2.OA.2 "Fluently add and subtract within 20 using mental strategies.2 By end of Grade 2, know from memory sums all of two one-digit numbers." This game could be modified for gifted students by using more number cards, and modifying the goal. The goal for these students could be to get cards that total 20, rather than 10. This game could also be used for older age groups by having them play with negative and positive numbers. 

Adaptations: This game can also be a subtraction game for gifted students.  ELL students will learn about science through looking at the pictures on the cards of different species of butterflies.  Special Ed students can play this game in pairs or small groups to help them with addition/subtraction. Extension: Use "The Natural World - playing card collection" to connect math with science. (i.e. butterflies of the world) This deck contains pictures of butterflies with the card numbers.

Sticky Note: This could also be added to a science lesson where students have been creating vehicles and also have a class vehicle and class ramp that students could test. That way they could compare their own vehicles with the class vehicle and same with the class ramp (kind of like a control subjects). It could also be added to math lessons because of the measuring involved in each part of the activity.

Sticky Note: I choose a kindergarten standard for this because it could be easily manipulated to fit this standard. They could be grouping these based on how high they bounce. It could also be used with higher grade levels with math and doing measuring, graphs and data (range, mean, median, mode, etc).

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.

3.1.2 "Investigate how the loudness and pitch of sound changes when the rate of vibrations changes." This activity can be used with ELL students by having them do the activity while saying a variety of words that they need to practice learning. These words could be said in Spanish and English, both. This is a great way to use this activity in a way that is meaningful for those students. This activity can also be used with older ages by having the students record their predictions about what will happen if they use a louder voice, or a deeper pitch with the sound. The students could then compare their results with other students in the class.

5.4.1 Investigate technologies that mimic human or animal musculoskeletal systems in order to meet a need.5.4.2 Investigate the purpose of prototypes and models when designing a solution to a problem and how limitations in cost and design features might affect their construction.5.4.3 Design solutions to problems in the context of musculoskeletal body systems. Using suitable tools, techniques and materials, draw or build a prototype or model of a proposed design. Differentiation: For ELL and special education students; Create the model hand with the class as they create it.  Go step by step and do the process with them so they can watch you and hear the directions you are giving.