Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
Can I treat the $y\sin\theta$ factor to be constant while doing integration of $r$, as $y$ is also a fixed radial distance and later integrate $\theta$ while $r$ is done?
AndEdit: (The disc is placed in x-y plane itself.) And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
Can I treat the $y\sin\theta$ factor to be constant while doing integration of $r$, as $y$ is also a fixed radial distance and later integrate $\theta$ while $r$ is done?
And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
Can I treat the $y\sin\theta$ factor to be constant while doing integration of $r$, as $y$ is also a fixed radial distance and later integrate $\theta$ while $r$ is done?
Edit: (The disc is placed in x-y plane itself.) And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
(See the work below); can Can I treat the ysinθ$y\sin\theta$ factor to be constant while doing integration on rof $r$, as y$y$ is also a fixed radial distance and later integrate θ$\theta$ while r$r$ is done.?
And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
(See the work below); can I treat the ysinθ factor to be constant while doing integration on r , as y is also a fixed radial distance and later integrate θ while r is done.
And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
Can I treat the $y\sin\theta$ factor to be constant while doing integration of $r$, as $y$ is also a fixed radial distance and later integrate $\theta$ while $r$ is done?
And If a better method is available to do such potential calculations, please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
(See the work below); can I treat the ysinθ factor to be constant while doing integration on r , as y is also a fixed radial distance and later integrate θ while r is done.
And If a better method is available to do such potential calculations , please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
(See the work below); can I treat the ysinθ factor to be constant while doing integration on r , as y is also a fixed radial distance and later integrate θ while r is done.
And If a better method is available to do such potential calculations , please suggest it.
Here, I have attached my try work below. Though I am stuck in integration, but I would like some physics people to answer it.
(See the work below); can I treat the ysinθ factor to be constant while doing integration on r , as y is also a fixed radial distance and later integrate θ while r is done.
And If a better method is available to do such potential calculations, please suggest it.
