How do you get `1.219 though? I'm confused, what do you multiply?
Central Winery manufactured two products, A and B. Estimated demand for product A was 10,000 bottles and for product B was 30,000 bottles. The estimated sales price per bottle for A was $6.00 and for B was $8.00. Actual demand for product A was 8,000 bottles and for product B was 33,000 bottles. The actual price per bottle for A was $6.20 and for B was $7.70. What amount would be the total selling price variance for Central Winery?
$3,700 unfavorable.
$8,300 unfavorable.
$3,700 favorable.
$14,100 favorable.
This answer is correct. The requirement is to calculate the selling price variance. This answer is correct because the selling price variance is equal to actual sales multiplied by the difference between actual sales price and standard sales price. Therefore the variance is equal to $8,300 unfavorable [(8,000 x ($6.20 − $6.00)] + [33,000 x ($7.70 − $8.00)].
Also, shouldn't this be favorable 8,300 and not unfavorable?