The spatial variation of voltage in a region of space of permittivity &o is given by: V-0.13x³yz2 V Which of the following corresponds to negative the electric field at the general position (x,y,z) OaE-39x2yz²u+13x³z2u +39x³y u V/m Ob. E=39yz²u + 13x³z2u+13x³y u V/m OCE=13x³yze V/m 0 OdE=0.39x³y² +0.13x³z2 +0.26x³yzu Vim OE-26yzx u + 13x³z²x + 13x³yx u 2 Vlm
The spatial variation of voltage in a region of space of permittivity &o is given by: V-0.13x³yz2 V Which of the following corresponds to negative the electric field at the general position (x,y,z) OaE-39x2yz²u+13x³z2u +39x³y u V/m Ob. E=39yz²u + 13x³z2u+13x³y u V/m OCE=13x³yze V/m 0 OdE=0.39x³y² +0.13x³z2 +0.26x³yzu Vim OE-26yzx u + 13x³z²x + 13x³yx u 2 Vlm
Related questions
Question
Transcribed Image Text:The spatial variation of voltage in a region of space of permittivity &o is given by:
V=0.13x³y2² V
Which of the following corresponds to negative the electric field at the general position (x,y,z)
OaE-39x2yz² +13x³z2u +39x³y u Vim
Ob. E=39yz²u +13x³-2 +13x³y u V/m
OCE=13x³yz²e V/m
OdE=0.39xyz²u +0.13x³z2 +0.26x³yz a
2
O.E-26yz²x u + 13x³z²x + 13x³yxu Vim
Vim
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 2 images
