P $13-2$ Fair$-$value hedge, option

Ins makes sophisticated medical equipment. A key component of the equipment is Grade A silver. On May $1,2016,$ Ins enters into a firm purchase agreement to buy $1,200,000$ troy ounces $($equal to $100,000$ pounds$)$ of Grade A silver from Sil, for delivery on February $1,2017,$ at the market price on that date. To hedge against volatility in price, Ins also enters into an option contract with Cur to buy $1,200,000$ troy ounces on February $1,2017,$ for $$14$ per troy ounce, the market price on May $1,2016.$ If the market price of silver is above $$14$ per troy ounce on May $1,$ then Ins will exercise the option. If it is below $$14$ per troy ounce, then Ins will let the option expire. The option is to be settled net. Cur will pay Ins the difference between the market price and the exercise price. The option costs Ins $$1,000$ initially. Assume that a $6$ percent annual incremental borrowing rate is reasonable.

Why would you expect this situation to qualify for hedge accounting?

Why should this hedge be accounted for as a fair$-$value hedge instead of as a cash$-$flow hedge?

What entries should be made on May $1,2016,$ to account for the firm commitment and the option?

Assume that the market price for Grade A silver is $$15$ per troy ounce on December $31,2016.$ What are the required entries?

Assume that the market price of Grade A silver is $$13\mathrm{.}8$ per troy ounce on February $1,2017,$ when Ins receives the silver from Sil. Prepare the appropriate journal entries on February $1,2017.$