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Conceptual Physics Electric Field Hockey Lab Pre-Lab: Answer these questions today and glue into your lab notebook tomorrow Read the following and reference the pictures below: The electric fields around multiple charges add vectorally. That is, if they have the same direction, the effects add to each other (Figure A) and if they have opposite directions, the effects cancel each other (Figure B). And if the directions are at angles to each other, their effects combine and act at a new angle (Figure C). 1. Add these vectors and sketch the resulting vector: Complete these sentences: 2. The space around a charged object is affected by the charged object. The space surrounding the charged object is described as an . 3. The around multiple charges add vectorally. 4. A negative charge and a positive charge would each other. 5. A negative charge and a negative charge would each other. 6. The strength of the electric field surrounding a charged particle depends on the of both particles and the away from the particle. 7. If this positively charged object was allowed to move freely but the negatively charged ones could not, what would happen? Draw a dashed line to show where you think the positively charged object would go. Conceptual Physics Electric Field Hockey Lab Pre-Lab: Answer these questions today and glue into your lab notebook tomorrow Read the following and reference the pictures below: The electric fields around multiple charges add vectorally. That is, if they have the same direction, the effects add to each other (Figure A) and if they have opposite directions, the effects cancel each other (Figure B). And if the directions are at angles to each other, their effects combine and act at a new angle (Figure C). 1. Add these vectors and sketch the resulting vector: Complete these sentences: 2. The space around a charged object is affected by the charged object. The space surrounding the charged object is described as an . 3. The around multiple charges add vectorally. 4. A negative charge and a positive charge would each other. 5. A negative charge and a negative charge would each other. 6. The strength of the electric field surrounding a charged particle depends on the of both particles and the away from the particle. 7. If this positively charged object was allowed to move freely but the negatively charged one could not, what would happen? Draw a dashed line to show where you think the positively charged objects would go.