Question: Access to the following websites : https://www.physdataexperiment.net/magnetism/magnetic- field-lines https:/ationalmaglab.org/education/magnet-academy/watch- play/interactive/magnetic-field-aro und-a-wire-ii https:/ationalmaglab.org/education/magnet- academy/watch-play/interactive/magnetic-field-ofa-solenoid https://javalab.org/en/magnetic_field_around_a_coil_en/ Procedure: 1. Go to the first website above. Take a look


Access to the following websites : https://www.physdataexperiment.net/magnetism/magnetic- field-lines https:/ationalmaglab.org/education/magnet-academy/watch- play/interactive/magnetic-field-aro und-a-wire-ii https:/ationalmaglab.org/education/magnet- academy/watch-play/interactive/magnetic-field-ofa-solenoid https://javalab.org/en/magnetic_field_around_a_coil_en/ Procedure: 1. Go to the first website above. Take a look at the experimental set up. Experiment 1 shows pictures of a white-board placed on top of a table. Focus on the pictures that show no bar magnet and 1 bar magnet from Experiment 1 Data. Use these pictures as your observations. Make observations by answering the following questions: Compasses point north by aligning themselves to Earth's magnetic field. Explain what happened to the compasses when the bar magnet is placed on the board. ii. Draw a bird's eye view of the white-board. Draw arrows in the location where compasses are placed. Arrows should point towards the red end of the compasses needles. ill Is this quantity (which you are observing through the compass's behavior) a vector or scalar? How do you know
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