Assuming a constant mix of 3 units of X for every 1 unit of Y. $\begin{array}{lrr}&X&Y&\text { Total }\
\text { Sales } & \$ 25 & \$ 40 \
\text { VC } & 18 & 22\
\text { Total fixed costs }&&&\$78,000
\end{array}$ The breakeven point in units would be ________.
A) 6,000 units of X and 2,000 units of Y
B) 12,000 units of X and 4,000 units of Y
C) 5,200 units of X and 1,800 units of Y
D) 3,600 units of X and 1,200 units of Y

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The Answer of Assuming a constant mix of 3 units of X for every 1 unit of Y. $\begin{array}{lrr}&X&Y&\text { Total }\
\text { Sales } & \$ 25 & \$ 40 \
\text { VC } & 18 & 22\
\text { Total fixed costs }&&&\$78,000
\end{array}$ The breakeven point in units would be ________.
A) 6,000 units of X and 2,000 units of Y
B) 12,000 units of X and 4,000 units of Y
C) 5,200 units of X and 1,800 units of Y
D) 3,600 units of X and 1,200 units of Y

Assuming a Constant Mix of 3 Units of X for Every