A dust particle has an excess charge of 3.0×106electrons and a mass of 4.0×10−8g. It is initially held at d=1.0×10−3m directly above a fixed object of the same size that is charged with the same number of electrons. Both objects are in an evacuated container.
Part A: Determine the maximum height of the dust particle after its release measured from its initial position.
Part B:
What quantities can be determined using the given data?
Check all that apply.
Check all that apply.
the acceleration of the dust particle |
the size of the dust particle |
the forces exerted on the dust particle by the stationary charge |
the mass of the fixed object |
A dust particle has an excess charge of 3.0×106electrons and a mass of 4.0×10−8g. It is...
A dust particle has an excess charge of 4.0×106 electrons and a mass of 5.0×10−8g. It is initially held at d=1.0×10−3m directly above a fixed object of the same size that is charged with the same number of electrons. Both objects are in an evacuated container. A) Determine the maximum height of the dust particle after its release measured from its initial position. B) Determine the initial force exerted on the dust particle by the fixed charge.
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A dust particle has an excess charge of 4.0×106 electrons and a mass of 5.0×10−8g. It is initially held at d=1.0×10−3m directly above a fixed object of the same size that is charged with the same number of electrons. Both objects are in an evacuated container. A) Determine the maximum height of the dust particle after its release measured from its initial position. The answer is NOT 1.7X10^-3 B)Determine the initial acceleration of the dust particle The answer is NOT...
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A dust particle has an excess charge of 4.0×106 electrons and a mass of 6.0×10−8g. It is initially held at d=1.0×10−3m directly above a fixed object of the same size that is charged with the same number of electrons. Both objects are in an evacuated container. initial force= 3.7 x 10^-9 N A) Determine the maximum height of the dust particle after its release measured from its initial position (0.628 m is not the answer)? B) Determine the initial acceleration...
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