Sphere to generate an electric field
A metal sphere having radius 5.00 cm is primarily uncharged. Determine how many electrons would have to be positioned on the sphere to generate an electric field of magnitude 1.49 x 105 N/C at a point 7.22 cm from the center of sphere?
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For every $2 price is increased, 100 less copies are sold and every $2 price is lowered, 100 more copies are sold. Use the equation to find maximum revenue.
When the asteroid fragment contains carbon, it might burn when entering the atmosphere of Earth. Determine the most likely compound to outcome from this process?
Supposes that the population is approximately normally distributed. At a=0.05, can it be concluded that for 1995 the mean rainfall was below 11.52 inches?
A potential difference of around 90 mV exists among the inner and outer surfaces of the cell membrane. The inner surface is negative relative to the outer surface. Determine how much work is needed to eject a positive sodium ion (Na+) from the int
The heights of students is distributed with mean of 70 inches and standard deviation of 2.8in. 25 students are chosen, find out the probability that the height of them will average above 72.
The student starts to walk directly toward the screen at 3.00m/s. The central maximum on the screen is stationary. Determine the speed of the first-order maxima on the screen.
The potential difference among the accelerating plates of a TV set is around 30 kV. When the distance among the plates is 1.6 cm, determine the magnitude of the uniform electric field in the area between the plates.
Thirty students recorded colors of their eyes, selecting from colors brown, blue, green, hazel, and black. This data can be appropriately summarized in
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