Start by distributing the 4 on the right side of the inequality:
\[ 4y - 9 \geq 4(y + 3) \implies 4y - 9 \geq 4y + 12 \]
Subtract \(4y\) from both sides to eliminate the \(y\) terms:
\[ 4y - 4y - 9 \geq 4y - 4y + 12 \implies -9 \geq 12 \]
The inequality \(-9 \geq 12\) is false. This means there is no value of \(y\) that can satisfy the inequality.
\[ \boxed{\text{no solution}} \]
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