26) Two large conductor surfaces (500 mm x 500 mm) with a gap distance 50 mm are arranged to generate uniform electric field. The upper surface is subiected to a voltage of 100 kv, while the lower one is grounded. A solid dielectric material (50mm x 50 mm x 50 mm ) is placed at the center of this arrangement. If an electromechanical breakdown is observed fort his solid dielectric material, what may be the value of Young's modulus of this material if the relative permittivity of the material is 2.4? The permittivity of free space is 8.854 RE/m. (1 pico = 1 p = 1x10-12). a. 236.1 b. 125.9 с. 3.75 113.5 е. 18.46

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26) Two large conductor surfaces ( 500 mm x 500 mm) with a gap distance 50 mm are arranged to
generate uniform electric field. The upper surface is sşubiected to a voltage of 100 kv, while the lower
one is grounded. A solid dielectric material (50mm x 50 mm x 50 mm ) is placed at the center of this
arrangement. If an electromechanical breakdown is observed fort his solid dielectric material, what
may be the value of Young's modulus of this material if the relative permittivity of the material is
www.
www
www ww
www
2.4? The permittivity of free space is 8.854 pF/m. (1 pico = 1p = 1x10-12).
а. 236.1
b. 125.9
c. 3.75
d. 113.5
е. 18.46
Transcribed Image Text:26) Two large conductor surfaces ( 500 mm x 500 mm) with a gap distance 50 mm are arranged to generate uniform electric field. The upper surface is sşubiected to a voltage of 100 kv, while the lower one is grounded. A solid dielectric material (50mm x 50 mm x 50 mm ) is placed at the center of this arrangement. If an electromechanical breakdown is observed fort his solid dielectric material, what may be the value of Young's modulus of this material if the relative permittivity of the material is www. www www ww www 2.4? The permittivity of free space is 8.854 pF/m. (1 pico = 1p = 1x10-12). а. 236.1 b. 125.9 c. 3.75 d. 113.5 е. 18.46
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