TRUE OR FALSE: Write TRUE if the statement is correct, otherwise write FALSE. 1. Before testing the electroscope, the foil strip is positively charged. 2. Before testing the electroscope, the foil strip is negatively charged. 3. Before testing the electroscope, the foil strip is neutrally charged. 4. The foil strips repel when it is discharged. 5. When you touch the twisted wire with the positively charged pen, the electrons travel from the foil to the pen leaving the foil strips with positive charge. 6. The distance between the foil strips will increase when we touch the twisted wire with a charged object more than once. 7. The foil strips spread apart due to same charge received. 8. The greater the charge, the lesser the distance that will be created between the foil strip. 9. We can determine the charge present in the foil strip of the electroscope. 10. When the twisted wire is touched with a charged object, the foil strip will be discharged and return to its original position.
TRUE OR FALSE: Write TRUE if the statement is correct, otherwise write FALSE. 1. Before testing the electroscope, the foil strip is positively charged. 2. Before testing the electroscope, the foil strip is negatively charged. 3. Before testing the electroscope, the foil strip is neutrally charged. 4. The foil strips repel when it is discharged. 5. When you touch the twisted wire with the positively charged pen, the electrons travel from the foil to the pen leaving the foil strips with positive charge. 6. The distance between the foil strips will increase when we touch the twisted wire with a charged object more than once. 7. The foil strips spread apart due to same charge received. 8. The greater the charge, the lesser the distance that will be created between the foil strip. 9. We can determine the charge present in the foil strip of the electroscope. 10. When the twisted wire is touched with a charged object, the foil strip will be discharged and return to its original position.
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TRUE OR FALSE: Write TRUE if the statement is correct, otherwise write FALSE.
1. Before testing the electroscope, the foil strip is positively charged.
2. Before testing the electroscope, the foil strip is negatively charged.
3. Before testing the electroscope, the foil strip is neutrally charged.
4. The foil strips repel when it is discharged.
5. When you touch the twisted wire with the positively charged pen, the electrons travel from
the foil to the pen leaving the foil strips with positive charge.
6. The distance between the foil strips will increase when we touch the twisted wire with a
charged object more than once.
7. The foil strips spread apart due to same charge received.
8. The greater the charge, the lesser the distance that will be created between the foil strip.
9. We can determine the charge present in the foil strip of the electroscope.
10. When the twisted wire is touched with a charged object, the foil strip will be discharged and
return to its original position.
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