Use the Runga Kutta Heuns approach to fill out the following

Use the Runga Kutta Heun\'s approach to fill out the following table for the differential equation y\'+2y-x=4. The initial condition given is y(0)=3. n is the number of segments.

y(2) leaL% 0

Hi, I am a bit confused with your table. Like what is the segmant interval you want to take and what is y(2) here??? and what about m. Please get back to me so that I can answer this question,.

$Use the Runga Kutta Heun\'s approach to fill out the following table for the differential equation y\'+2y-x=4. The initial condition given is y(0)=3. n is the n$

Use the Runga Kutta Heuns approach to fill out the following

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