Question

area distance 1.a. Write a program that first asks the user for his/her name, and greets them by name. Your program will then calculate the capacitance, cap, of a parallel plate capacitor using this formula cap = perm \cdot eps \cdot \frac{area}{distance}. Where perm is the relative permittivity of the dielectric (unitless), eps is the permittivity of free space (a constant, 8.854 x 10$^{-12}$ Farads/meter), area is the cross-sectional area of the plates (in meters$^2$), and distance is the distance between the plates (in meters). Prompt the user for floating point input for perm, area, and distance - make sure to tell the user what units they are working with. Define a constant for eps. Calculate cap (result is in Farads), and print the result to the screen. 1.b Test your program with the following inputs: perm = 2, area = 1.5, distance = 2.2. Include your output.

          area
distance
1.a. Write a program that first asks the user for his/her name, and greets them by name.
Your program will then calculate the capacitance, cap, of a parallel plate capacitor
using this formula cap = perm \cdot eps \cdot \frac{area}{distance}. Where perm is the relative
permittivity of the dielectric (unitless), eps is the permittivity of free space (a
constant, 8.854 x 10$^{-12}$ Farads/meter), area is the cross-sectional area of the plates (in
meters$^2$), and distance is the distance between the plates (in meters). Prompt the
user for floating point input for perm, area, and distance - make sure to tell the user
what units they are working with. Define a constant for eps. Calculate cap (result is
in Farads), and print the result to the screen.
1.b Test your program with the following inputs: perm = 2, area = 1.5, distance = 2.2.
Include your output.

area
distance
1.a. Write a program that first asks the user for his/her name, and greets them by name.
Your program will then calculate the capacitance, cap, of a parallel plate capacitor
using this formula cap = perm ·eps ·(area)/(distance). Where perm is the relative
permittivity of the dielectric (unitless), eps is the permittivity of free space (a
constant, 8.854 x 10^-12 Farads/meter), area is the cross-sectional area of the plates (in
meters^2), and distance is the distance between the plates (in meters). Prompt the
user for floating point input for perm, area, and distance - make sure to tell the user
what units they are working with. Define a constant for eps. Calculate cap (result is
in Farads), and print the result to the screen.
1.b Test your program with the following inputs: perm = 2, area = 1.5, distance = 2.2.
Include your output.

Added by Deborah S.

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