Webster Company produces $20,000$ units of product $A,12,000$ units of product $B,$ and $17,000$ units of product $C$ from the same Webster Company produces $20,000$ units of product A$,12,000$ units of product B$,$ and $17,000$ units of product $C$ from the same

manufacturing process at a cost of $$410,000.$ A and $B$ are joint products, and $C$ is regarded as a by$-$product. The unit selling prices

of the products are $$35$ for $A,$$$25$ for $B,$ and $$1$ for $C.$ None of the products requires separable processing. Of the units produced,

Webster Company sells $13,000$ units of $A,11,000$ units of $B,$ and $17,000$ units of $C.$ The firm uses the net realizable value method to

allocate joint costs and by$-$product costs. Assume no beginning inventory.

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Required $2$

What is the value of the ending inventory of product $B?$

Note: Do not round intermediate calculations.

manufacturing process at a cost of $$410,000.$ A and $B$ are joint products, and $C$ is regarded as a by$-$product. The unit selling prices

of the products are $$35$ for $A,$$$25$ for $B,$ and $$1$ for $C.$ None of the products requires separable processing. Of the units produced,

Webster Company sells $13,000$ units of $A,11,000$ units of $B,$ and $17,000$ units of $C.$ The firm uses the net realizable value method to

allocate joint costs and by$-$product costs. Assume no beginning inventory.

Complete this question by entering your answers in the tabs below.

What is the value of the ending inventory of product $A?$

Note: Do not round intermediate calculations.