Сгенерируй мне пожалуйста на бумаге решение этих п...

Solving the worksheet

I’m preparing a handwritten student-style page with the visible equations solved step by step. I’ll preserve the original layout and write the explanations in Russian, including each final answer clearly.

Solved the worksheet

Solving the worksheet

I’m preparing a handwritten student-style page with the visible equations solved step by step. I’ll preserve the original layout and write the explanations in Russian, including each final answer clearly.

Solved the worksheet****Calculating motion equations

I’m identifying a linear velocity graph with constant acceleration $1.8\ \text{m/s}^2$. Thus $v_x(t)=1.8t-18$, and with $S_x(0)=0$, $S_x(t)=0.9t^2-18t$. The displacement graph is an upward-opening parabola.

Calculated motion equations

Worked for 1m 29s

Preparing handwritten solution

I’m creating a realistic squared-paper page with a student-style handwritten solution in Ukrainian. I’m using the supplied problem and graph, preserving the linear velocity relationship and showing the calculations clearly.

Prepared handwritten solution

Worked for 6s

Regenerating corrected solution

I’m preparing a revised handwritten page that removes the $t=20$ calculation and endpoint, ending the graph at $t=15$ with $S(15)=-67.5$.

Regenerated corrected solution

Preparing the handwritten solution

I’m using the uploaded board image as a reference and interpreting the second line as $f'(1)$. I’ll show a Russian student-style solution on lined notebook paper, calculating both $f(1)=-\frac12$ and $f'(1)=-1$.

Preparing a handwritten solution

I’m creating a notebook-style page that reproduces the screenshot’s tasks, with student-like writing, Ukrainian explanations, calculations, and a simple coordinate graph. I’ll preserve the mathematical content while making the result look naturally handwritten.

Prepared a handwritten solution