Healthy Hospital is a community$-$centered healthcare provider that prioritizes the well$-$being and safety of both its patients and staff. Part of this commitment involves ensuring a steady supply of essential protective gear like rubber gloves. However, the demand for gloves fluctuates daily. Over the past $10$ days, the following demand has been recorded.

Day $1$: $1200$

day $2$: $1000$

day $3$: $800$

day $4$: $900$

day $5$: $1400$

day $6$: $1100$

day $7$: $1100$

day $8$: $700$

day $9$: $1000$

day $10$: $800$

Considering a lead time of one day and aiming for a $95\%$ service level, the hospital seeks to determine the right inventory policy for ordering rubber gloves.

Your task comprises the following:

Calculate the average demand during the lead time.

Determine the appropriate safety stock level to uphold a $95\%$ service level.

Establish the reorder point that would trigger a new order for gloves, ensuring the hospital doesn$$t run into a stockout situation.