A parallel-plate capacitor is made from two aluminum-foil sheets, each 3.80 cm wide and 15.0 m longBetween the sheets is a mica strip of the same width and length that is 0.0225 mm thickWhat is the maximum charge that can be stored in this capacitor? (The dielectric constant of mica is 5.4, and its dielectric strength is 1.00 x10^8OkI tried using CKe0A/dbut it is not the right answerand they want the answer in micro CoulombsI am doing something wrong, but I'm not sure what it isPlease help.I saw on cramster to use PEVmax, but that doesn't yield the correct answer either, :-(
FIrst, the face in the second is slightly blurryI actually enjoyed both images, though.
you calculated the capacitance; to get a charge you need to know the voltage across the plates, and QCV
The first one captures more of a movement effect with your hair blowingAwesome pic.
i was going to say the first one, the photo sets its self very well balanced , our eyes are drawn from her to the way she is looking , but her face is scrunched up then ,making it really unattractivethe second photo draws you to the girl which is a shame the wheel and back ground look cluttered now she isn't looking that way , but the photo seems more or a portrait we are looking at her now cos she isn't glassing in to no were she is looking at the ground i say the second one has more potentialtry cropping or flipping the photo to get a more balanced feel very well down
2nd the first one is more eye catching at first, but the second is a much better photograph; the composure is more interesting, there's more motion potentialarms in the first one break the direction of the motion, the strain in your face is interesting to look at, at first, but it takes away from the graceful sweeping motionin the second shot, one arm is strained, the other relaxed, your face is very interesting and it seems to tell more of a story: why is this girl on the merry-go-round starting toward the groundwhat's she thinking about, etcetc.
