Please solve step by step and Don't not use CHATGPT and Old chegg answers. I need Screenshots of all with correct explanation, For wrong Answer, you will get down thumb.

Design a LPF with

Maximum attenuation in pass band region : $2\mathrm{.}2dB($monotonic$)$

Minimum attenuation in stop band region : $30dB($rippled$)$

Stop band region $,$:$w>5000ra\frac{d}{sec}$

Pass band region $,$:$w<mn\; id="EditorElement\_8132737">3</mn><mn\; id="EditorElement\_8132738">0</mn><mn\; id="EditorElement\_8132739">0</mn><mn\; id="EditorElement\_8132740">0</mn><mi\; id="EditorElement\_8132742">r</mi><mi\; id="EditorElement\_8132744">a</mi><mfrac\; id="EditorElement\_8132760"><mrow\; id="EditorElement\_8132750"><mi\; id="EditorElement\_8132747">d</mi></mrow><mrow\; id="EditorElement\_8132759"><mi\; id="EditorElement\_8132753">s</mi><mi\; id="EditorElement\_8132754">e</mi><mi\; id="EditorElement\_8132755">c</mi></mrow></mfrac>$

maximum gain $,$:$1$

Sketch the gain curve for obtained transfer function by using MATLAB.

Realize your transfer function as $1$ohm resistance terminated lossless ladder network $($LC$).$

Realize your transfer function as multi$-$amplifier RC network.

Verify your network by SPICE $($Obtain the gain curve and compare with the one obtained by MATLAB$).$

Realize your transfer function as OTA$-$C network.

Verify designed passive circuit in the laboratory.