A direction field for a differential equation is given below. Use a straightedge to draw the graphs of the Euler approximations to the solution curve over the interval $[ 0,1.2 ]$ that passes through $y ( 0 ) = 1$ . Use as step sizes $h = 1.2$ , $h = 0.6$ , and $h = 0.2$ .

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The Answer of A direction field for a differential equation is given below. Use a straightedge to draw the graphs of the Euler approximations to the solution curve over the interval $[ 0,1.2 ]$ that passes through $y ( 0 ) = 1$ . Use as step sizes $h = 1.2$ , $h = 0.6$ , and $h = 0.2$ .

A Direction Field for a Differential Equation Is Given Below [0,1.2][ 0,1.2 ][0,1.2]

A Direction Field for a Differential Equation Is Given Below $[ 0,1.2 ]$