If you have 1000 mls of stock that contains 50 units of drug in 1000 ml, and you want to calculate how to deliver 7 units per hour (you question wasn't all that clear, but we'll assume that's it.), then..
7 U/hr x 1000 ml/50 U = 140 ml/hour for 7 hours.
Dimensional analysis.
Dimensional analysis.
It depends what it is 1000g of. If it's water (what the SI units are based on), then no, because 1000g of water is 1000ml.
Area = 15*18 = 270 square units of measurement
1000 milliliters (ml) is equal to 1000 cubic centimeters (cm³), as they are two different units measuring the same volume. Therefore, neither is greater; they are equivalent.
The steps involved in preparing a process cost worksheet are: 1. compute the physical units 2. compute output in terms of equivalent units 3. compute equivalent units 4. summarise total cost and assign total costs to units
Units of production method.
Dimensional analysis.
Indeterminate since we are not given the time units to compute the rate, which is in the form change in quantity / time.
Dimensional analysis.
Restricted Stock Units (RSU) Sales and Tax Reporting from The Finance Buff: http://thefinancebuff.com/restricted-stock-units-rsu-sales-and.html
It depends what it is 1000g of. If it's water (what the SI units are based on), then no, because 1000g of water is 1000ml.
Area = 15*18 = 270 square units of measurement
The patient is receiving 80 units of Pitocin per hour (10 units x 8 hours = 80 units).
The Finishing Department of Edwards Company has the following production and cost data for July: transferred out 4,000 units started 2,000 units that are 40% completed at July 31 Materials addes $30,000; conversion costs incurred $19,200 Materiales are entered at the beginning of the process. Conversion costs are incurred uniformly during the process. Compute the equivalent units of production for materials and conversion costs for the month of July. Compute unit costs and prepare a cost reconciliation schedule.
670
1000 milliliters (ml) is equal to 1000 cubic centimeters (cm³), as they are two different units measuring the same volume. Therefore, neither is greater; they are equivalent.