Answer:
Total direct material variance= $1,000 favorable
Explanation:
Giving the following information:
Company had a favorable direct materials price variance of $3,000 and an unfavorable direct materials usage variance of $2,000.
<u>To calculate the total direct material variance, we need to use the following formula:</u>
<u></u>
Total direct material variance= price variance +/- quantity variance
Total direct material variance= 3,000 - 2,000
Total direct material variance= $1,000 favorable
Answer: Conventional supermarket
Explanation:
Conventional supermarket is a departmentalized food store that has a wide range of food and related products and the sale of general merchandise is limited.
Conventional supermarket started about 75 years ago. The aim of establishing a conventional supermarket is that large-scale operations would lead to higher volume of sales, and low prices.
Answer:
$9,249 for three months, $18,498 for six months.
Explanation:
Experts recommend that an emergency fund should include 3 to 6 months of cash to provide for living expenses.
The Potinsky household spends $37,000 annually, therefore, it spends $3,083 monthly ($37,000 / 12).
For a three-month emergency fund = $3,083 x 3
= $9,249
For a six-month emergency fund = $3,083 x 6
= $18,498
Answer:
Accuracy
Explanation:
Sandra as a production manager is responsible to make a list of material received from the supplier. For an accurate list, it is important that the supplier must provide her with the detail of every inventory they provided along with the recipes. In the previews month, the supplier provided an erroneous list which leaked detail and in this case, her report cannot be considered authenticate or reliable because it lacked accuracy.
Answer: Inelastic
Explanation:
Based on the information given, we would calculate the elasticity of demand which would be:
= (Change in Quantity / Change in Price) (Initial Price/ Initial Quantity)
Change in Quantity = 1800 - 2000 = -200
Change in Price = 50 - 40 = 10
Initial Price = 40
Initial Quantity = 2000
Elasticity of demand would then be:
= (-200/10)(40/2000)
= (-20)(0.02)
= -0.4
Since elasticity of demand is less than 1, it is an inelastic demand.
