I assume "25.00 per unit" refers to the price or value. If you multiply the number of units per day times the value per unit, you will get the value per day.
To determine the appropriate dosage of heparin for a patient weighing 50 kilograms at a dosage of 50 units per kilogram, you would calculate the total units needed: 50 kg × 50 units/kg = 2500 units. Since heparin is available in 10,000 unit vials, you would need to administer 2500 units, which is 1/4 of the vial. Therefore, the appropriate dosage is 2500 units of heparin.
0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.
1.33... packages per unit, or 0.75 units per package.
45mls/hour
60.5
12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.12.3 units of mass per unit of volume.
They mean the same thing, its up to you which unit you use.
250.00
1 unit per day only x
Simplify the fraction to its simplest form.If this is 1/y then the unit rate is "1 unit per y units".If it is x/1 then the unit rate is "x units per unit".If it is x/y then the units rate is "(x/y) units per unit".
Primary productivity is typically measured in units of energy per unit area per unit time, such as grams of carbon per square meter per year (g C/m2/yr) or kilojoules per square meter per day (kJ/m2/day).
True, because when fixed costs are viewed on a per unit basis and as activity level rises we will see a decrease in the average cost. Conversely, fix costs increases per unit as the activity level falls. An example would be the $10,000 rental cost on a machine that assembles 5,000 units which has an average cost of $2/ per unit. Conversely, if the machine only produces 2500 units the average cost will be $4/ per unit.
The force per unit area in SI units is Newton per meter squared (N/m^2). These units are the fundamental SI units. However, this can be simplified to Pascals.
0.30
The answer depends on the units used for 2500. It should be blindingly obvious to anybody that the answer for 2500 inches and 2500 yards will be very different.
0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.0.1176 hours (approx) per unit.or8.5 units per hour.
Direct cost per unit is that cost of unit incurred to manufacture one unit of product.Formula for direct cost per unit = total direct cost / total number of units.