16. What happens when a surface being filed is touched with the hand or fingers?…
3. Reflect on your ideas from question #1 and your data from question #2. How do your observations support, dispute or add to your ideas about what affects how charged bodies interact?…
Introduction: This experiment was to investigate the concept of the electric field, and to determine the shape of equal potential lines surrounding charged objects.…
8. Describe how nonpolar covalent bonds are formed and how electrical charges are shared in them.…
I believe it was due to the charges being transferred from the object and the conductor.…
As I rub the balloons in my hair, I am picking up positive charges from my hair, which are electrons. The static charge produced will remain active on the balloons, so when they are stuck to the wall by attraction, and then repel one another. Given that the fundamental laws of nature tells us that no charge can be created nor destroyed, I think of the balloons as holding two magnets with the same negative…
Hypothesis: I fully believe that the charge of the pith ball will be positive. The formula I will use to prove this is Coulomb’s Law, (Fe=(k*q1*q2) / r²). ‘Fe’ is equal to the electrostatic force between the spheres, measured in Newton’s. It is also a vector quantity, and it’s in absolute value. Secondly, ‘k’ is equal to Coulomb’s law constant. The constant is equal to 8.99 * 10^9 N*m²/C². Thirdly, ‘q1’ is equal to the charge in Coulomb’s (C) of the first object. As well, ‘q2’ is equal to the charge of the second object in Coulomb’s (C). Finally, ‘r²’ is equal to the radius between the two centres of the objects measured in metres, squared. The manipulated variable in this lab is the radius at which we place the metal sphere away from the pith ball. The responding variable is the electrostatic force of the pith ball as a result of the radius from the metal sphere. The controlled variable is the charge of the metal sphere, which is -3.59e-7C.…
A charged object will attract an uncharged object until they touch, and then they will repel one another. When charged objects attract uncharged objects, such as when the negatively charged plastic comb or fur attracted the paper, the negatively charged comb/fur repelled some of the electrons in the paper. This results in a redistribution of charges in the paper so that one side is more negative than the other side. The net effect is that the paper is attracted to the comb/fur. This also applies to the balloon attracting an uncharged wall. When a charged object is placed near an uncharged object, its charges rearrange themselves. In other words, those charges attracted to the charged object move towards the charged object and those charges repelled move away. This effect is known as polarization.…
a positive ion (cation) and a negative ion (anion) are strongly attracted to one another. In this experiment, a…
6. ____________________________________________________ occurs when an uncharged metallic object experiences a shift of electrons when brought into the electric field of a charged object.…
12. When you rub a balloon on your hair, your hair is attracted to the balloon because both the hair and the balloon have become electrically charged. True…
The sources of error could have been in measuring the angle o敬杮桴漠桴瑳楲杮桔瑳楲杮洠杩瑨栠癡敢湥愠氠瑩汴桳牯整r length of the string. The string might have been a little shorter or longer than measured. The angle could have varied based on the electrostatic they already had between them at the moment. The angle could have been slight smaller or larger than the measurement taken by the protractor.…
4. What are the similarities between the compass needle (magnetism) and a test charge (electricity)?…
3. Reflect on your ideas from question #1 and your data from question #2. How do your observations support, dispute or add to your ideas about what affects how charged bodies interact? My observations support my ideas from question 1. After experimenting with the puck and charges I was able to see how the charges affect the puck by either repelled or attracting it to the charges.…
Electrostatic Series and Charging by Friction Review The electrostatic series is used to determine the charge on objects charged by friction. Objects at the top of the electrostatic series have a weak hold on electrons and are electron givers. These objects lose electrons and become positively charged. Objects at the bottom of the electrostatic series have a strong hold on electrons and are electron takers. Objects at the bottom of the series gain electrons and become negatively charged. The object higher on the list always loses electrons to the objects lower on the list. The Electrostatic Series (Table 1 pg. 275) acetateglasswoolcats fur, human haircalcium, magnesium, leadsilkaluminum, zinccottonparaffin waxebonitepolyethylene (plastic)carbon, copper, nickelrubbersulfurPlatinum, goldWeak hold on electrons…