Unit 5 Energy and Its Transformations Click on

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Unit 5: Energy and It’s Transformations Click on each app to learn about energy

Unit 5: Energy and It’s Transformations Click on each app to learn about energy and it’s transformations!! Click to return HOME

Energy Simulation You will be using this website to study potential and kinetic energy.

Energy Simulation You will be using this website to study potential and kinetic energy. Play around with the simulator for a minute and write a reflection about how potential and kinetic energy are being demonstrated throughout the activity in your ISN. https: //phet. colorado. edu/en/si mulation/energy-skate-park Click Here To Return Home

How can we relate science to everyday life? In this particular slide you will

How can we relate science to everyday life? In this particular slide you will watch a video and answer the following questions in your ISN. 1. The power that will propel the hockey puck into action is____? In an NHL hockey slapshot, identify a few examples of Kinetic energy. In an NHL hockey slapshot, identify a few examples of potential energy. Click Here To Return Why does a hockey player want to hit the ice with the stick before Home hitting the puck in a slapshot? http: //www. nbclearn. com/nhl/cue card/56603

You. Tube Watch the following clip from Roadrunner and Coyote. In your ISN identify

You. Tube Watch the following clip from Roadrunner and Coyote. In your ISN identify when the coyote has the greatest amount of potential energy and explain why. Identify when the roadrunner has the greatest amount of kinetic energy and explain why. https: //www. youtube. com/watch? v =q. Wd. FIXn 2 Mdo Click Here To Return Home

Brain Pop Kinetic Energy https: //www. brainpop. com/science/energy/ki neticenergy/ Watch the brain pop video

Brain Pop Kinetic Energy https: //www. brainpop. com/science/energy/ki neticenergy/ Watch the brain pop video on Kinetic energy and answer the Click Here questions at the end To Return into your ISN. Home

Brain Pop: Potential Energy https: //www. brainpop. com/science/energy/po tentialenergy/ Watch the following video on

Brain Pop: Potential Energy https: //www. brainpop. com/science/energy/po tentialenergy/ Watch the following video on potential energy and answer the questions in you ISN after you watch. Click Here To Return Home

How Roller Coasters Work! Read pages 2 -6 of the following article. http: //science.

How Roller Coasters Work! Read pages 2 -6 of the following article. http: //science. howstuffworks. c om/engineering/structural/roll er-coaster 2. htm Copy down the simulator that is show on page 3 and describe the relationship between Click Here potential and kinetic energy and how they are transferred To Return back and forth throughout the Home simulation.

Energy Forms and It’s Transformations PPT Use the QR scan code to load the

Energy Forms and It’s Transformations PPT Use the QR scan code to load the Power. Point on Energy Forms and Transformations. Take notes from the Power. Point. The links are included in the following slides. Click Here To Return Home

Study Jams http: //studyjams. scholastic. c om/studyjams/science/ matter/energy-andmatter. htm Complete the “test yourself” check

Study Jams http: //studyjams. scholastic. c om/studyjams/science/ matter/energy-andmatter. htm Complete the “test yourself” check after you finish Click Here watching the video. To Return Home

Basket. Ball http: //www. explorator ium. edu/baseball/base ketball. htmlhttps: // Complete the following demonstration

Basket. Ball http: //www. explorator ium. edu/baseball/base ketball. htmlhttps: // Complete the following demonstration and write a ½ page reflection on your findings. Click Here To Return Home

Virtual Lab http: //www. glencoe. com/sites/common_asse ts/science/virtual_labs/E 04. html Follow the directions that are

Virtual Lab http: //www. glencoe. com/sites/common_asse ts/science/virtual_labs/E 04. html Follow the directions that are given on the left hand side of the page. Answer the following questions in your ISN. Describe the energy conversions that take place when a flashlight is turned on. Describe the energy conversions that take place when you vigorously rub your hands together. Describe how energy is transferred in one of the sequences. Click Here To Return Home

Energy Graphic Organizer Draw the following graphic organizer in your ISN. Define the following

Energy Graphic Organizer Draw the following graphic organizer in your ISN. Define the following forms of energy and provide an example for each. Here are some helpful links. Click Here http: //www. eia. gov/Kids/e To Return nergy. cfm? page=1 Home

Can you make the energy flow? Test yourself. http: //www. scien cemuseum. org. u

Can you make the energy flow? Test yourself. http: //www. scien cemuseum. org. u k/online_science/ games/ Click on the link. Copy down the question and for 2 energy flows write or draw out your answers. Click Here To Return Home

Energy Activity https: //www. teachenginee ring. org/view_activity. php? url=collection/cla_/activitie s/cla_activity 1_forms_state s. xml Gather

Energy Activity https: //www. teachenginee ring. org/view_activity. php? url=collection/cla_/activitie s/cla_activity 1_forms_state s. xml Gather the necessary materials from Mrs. Grimes. Complete the activity and write a ½ page reflection on your findings. Click Here To Return Home

Heat Energy https: //www. yout ube. com/watch? v =f 1 e. AOyg. DP 5

Heat Energy https: //www. yout ube. com/watch? v =f 1 e. AOyg. DP 5 s After watching the video, what example has more heat energy? Click Here To Return Home

Heat Transfer Use the site posted to take notes on conduction, convection, and radiation.

Heat Transfer Use the site posted to take notes on conduction, convection, and radiation. Record notes in your ISN. http: //www. pbslearningmed ia. org/asset/lsps 07_int_heat Click Here transfer/ To Return Home

Popplet Your final task is to create a popplet connecting the relationship between potential

Popplet Your final task is to create a popplet connecting the relationship between potential and kinetic energy. Be sure to include forms of energy and the law of conservations of energy. Each form of energy must include an example. Your popplet must include at least 4 pictures and 2 videos. http: //popplet. com/ Click Here To Return Home