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3.50 nC of charge is consistently distributed in a solid Styrofoam ball of radius 2.00 cm cantered at x = 2.00 cm on the x-axis of a Cartesian coordinate system. -1.25 nC of charge is consistently distributed on a fibreglass spherical shell of radius 5.00 cm cantered on the source of the same coordinate system. What is the value of the electric flux by an imaginary spherical shell of radius 6.00 cm cantered on the source of the coordinate system in question?
Draw a picture of a moving source and the waves surrounding it according to what you observed in this experiment. How does the spacing of the wave-fronts in front of the source com
What are the ir frquencies of various functional groups
A train moving with a velocity of 51 m/s east undergoes an acceleration of -2.3 m/s 2 as it approaches a town. What is the velocity of the train 5.2 s after it has begun to decele
Surface tension is described as the force per unit length in the plane of a liquid surface, operating at right angles on both sides of the imaginary line drawn on the surface T
What is a Temperature Scales? Fahrenheit, Celsius and Kelvin were scientists who studied how heat and temperature work. The most familiar scale to Americans (until the time tha
What are Magnetic Fields? Like electric and gravitational fields, a magnetic field is a construct which helps you determine the force on a pole due to a magnet generating the f
how to calculate speed of light? The speed of light in vacuum, normally denoted by symbol c, is a universal physical constant which is very important in various areas of physi
what is a projectile
trying to find out what matter stands for such as M=mass but do not know the other letters
A person attempts to calculate the gravitational constant G by suspending two 100.0kg spherical masses from a high ceiling in a shopping mall and calculating the deflection of the
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