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Final answer:To calculate the direct materialsvariances, one must compare the standard cost to the actual cost incurred. The material price variance was calculated to be a favorable $15,600, while the material quantity variance was calculated to be an unfavorable $6,800. Recommendations for a long-term supplier contract would require additional information beyond the computed variances.Explanation:Direct Materials Variance CalculationThe quantity and price variances for the direct materials used by Becton Labs, Inc. to produce Fludex can be computed as follows:Thestandard costfor materials is $20.00 per ounce, and theactual costpaid was $244,400 for 13,000 ounces, resulting in anactual cost per ounceof $244,400 / 13,000 = $18.80.Thematerial price varianceis calculated by comparing the standard cost with the actual cost: (Standard Price - Actual Price) x Actual Quantity = ($20.00 - $18.80) x 13,000 = $15,600. Since the actual price islessthan the standard, this is aFavorable variance(F).Thematerial quantity varianceis found by comparing the standard quantity with the actual quantity used: (Standard Quantity - Actual Quantity Used) x Standard Price = (2.60 oz/unit x 3,600 units - (13,000 oz - 3,300 oz)) x $20.00 = ($9,360 - $9,700) x $20.00 = -$6,800. Since the actual quantity used ismorethan the standard, this is anUnfavorable variance(U).As to the recommendation for the long-term contract with the new supplier, this decision would depend on factors beyond the variances calculated, such as quality of materials, reliability of the supplier, and overall cost savings. If the materials meet quality standards and the supplier is reliable, the lower price could lead to cost savings, but this must be carefully weighed against other considerations.Learn more about Direct Materials Variance here:brainly.com/question/33825157#SPJ3...