How we can find the moment of inertia of annular disc

1.	How we can find the moment of inertia of annular disc
Answer» ANSWER: PUTTING the value of we GET which then is the moment of inertia of the annular disc about a PERPENDICULAR axis passing through the centre It's moment of inertia about the diameter by the perpendicular axis theorem and by symmetry is half that about the perpendicular axis through discs center

Answer»

PUTTING the value of we GET which then is the moment of inertia of the annular disc about a PERPENDICULAR axis passing through the centre It's moment of inertia about the diameter by the perpendicular axis theorem and by symmetry is half that about the perpendicular axis through discs center

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Guys...this may seems to be hard...bt no...it's not...I need to know the solution of only part:-(d) & (e)(a)The moment of inertia of a disc of radius 0.5 m about its geometric axis is 2kg-m2. If a string is tied toits circumference and a force of 10 Newton is applied, the value of torque with respect to this axis will be(1) 2.5 N-m21275 N-m(3) 10 N-m(4) 20 N-m(b)In the above question, if the disc executes rotatory motion, its angular acceleration will be :-(1) 2.5 rad/sec(2) 5 rad/sec(3) 10 rad/sec(4) 20 rad/sec(c)In the above question, the value of its angular velocity after 2 seconds will be :-(1) 2.5 rad/sec(2) 5 rad/sec(3) 10 rad/sec(4) 20 rad/sec(d)In the above question, the change in angular momentum of disc in first 2 seconds in Nm second will be(1) 2.5(2) 5(3) 10(4) 20(e)In the above question, angular displacement of the disc, in first two second will be in radian:-(1) 2.5(2) 5(3) 10(4) 20Plz guys...I just don't wanna copy it in my hw...I wanna learn how the correct answer came out...so plz explain your solution with proper formula and sign and don't spam...plzWould be very thankful to you...!!!
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How we can find the moment of inertia of annular disc

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