Use Euler's method with step size $0.25$ to estimate $y ( 1 )$, where $y ( x )$ is the solution of the initial-value problem. Round your answer to four decimal places.
$$y ^ { t } = 4 x + y ^ { 2 } , y ( 0 ) = 0$$
A) $y ( 1 ) = 4.1622$
B) $y ( 1 ) = 1.6622$
C) $y ( 1 ) = 3.1622$
D) $y ( 1 ) = 2.6622$

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The Answer of Use Euler's method with step size $0.25$ to estimate $y ( 1 )$, where $y ( x )$ is the solution of the initial-value problem. Round your answer to four decimal places.
$$y ^ { t } = 4 x + y ^ { 2 } , y ( 0 ) = 0$$
A) $y ( 1 ) = 4.1622$
B) $y ( 1 ) = 1.6622$
C) $y ( 1 ) = 3.1622$
D) $y ( 1 ) = 2.6622$

Use Euler's Method with Step Size 0.250.250.25 To Estimate y(1)y ( 1 )y(1)

Use Euler's Method with Step Size $0.25$ To Estimate $y ( 1 )$