Conversion Tables, Formulas and Suggested Guidelines for Horticultural Use. Prepared by Bodie V. Pennisi, Gary L. Wade, Melvin P. Garber, Paul A. Thomas and James T. Midcap, Horticulture Department. Original manuscript by S. How Many Cups Are In 16 Gallons' title='How Many Cups Are In 16 Gallons' />C. Myers and A. J. Lewis, former Extension horticulturists. Pesticide and fertilizer recommendations often are made on a pounds per acre or tons per acre basis for field production. However, greenhouse and nursery operators, landscape professionals and orchardists often must convert these recommendations to smaller areas, such as row feet or square feet per tree or per pot. Pints, cups, ounces, tablespoons and teaspoons often are the common units of measure. Metric units of measure can further complicate conversion. This publication is designed to help growers make these calculations and conversions and to provide other data useful in the management, planning and operation of horticultural enterprises. Fluid and dry gallons to quarts printable conversion table and converter. How many quarts in a gallon Table 3. Metric system conversion table Liquid capacity 1 fluid ounce fl oz 1 pint pt 16 fl oz 1 quart qt 1 gal gal 1 liter l 1 milliliter ml. Shop from the worlds largest selection and best deals for Aquariums Tanks. Shop with confidence on eBayThe Siamese fighting fish Betta splendens, also sometimes colloquially known as the betta, is a species in the gourami family which is popular as an aquarium fish. How many oz make a cup 8 oz 1 cup How many ozcups make a pt 16 oz 1 pt 2 cups 1 pt How many ptozcups make a qt 2 pt 1 qt 32 oz 1 qt 4 cups 1 qt How. Best Luxury Tank The Fluval Edge Aquarium Kit 6 Gallons. View on Amazon. If you want to spoil your fish with a fivestar treatment in a spacious suite, then this. A number of formulas for calculating fertilizer application rates on a parts per million basis are given. Tables for fertilizer injector calibration using a conductivity meter, as well as pre plant application rates for various soil mix components and amendments, also are provided. A brief explanation of how each table is used is provided. Tables 1 through 3 help determine equivalent measures for liquid volume or dry weight chemical substances and also converting metric to English units. Table. 1. Equivalents for. Units of Measure. Gallons galQuarts qtPints ptFluid Ounces fl ozCups. Tablespoons tbsTeaspoons tspMilliliters mlCubic Centimeters ccLiters l1. Table. 2. Equivalents for dry measure and weight. Dry Measure. 3 level teaspoonfuls. Weight. PoundsOuncesto. How Many Cups Are In 16 Gallons' title='How Many Cups Are In 16 Gallons' />How many cups are in 3 and 12 gallons So before even addressing this question, lets just think about how large a cup is. Actually, Ill give you a little bit of. A calculation of how much water people consume and use every day, and the total amount per household. Aug 31, 2011 Gallons 1 and quarts 2 are common units of liquid measure though they can also be used to measure dry substances. These units are mostly spread in the. Metric. 22. 0. 4. Ouncesto. Grams. 38 12. Table. 3. Metric system conversion table. Liquid capacity. 1 fluid ounce fl oz1 pint pt 1. Dry material weight. Volume. 1 cubic inch in. Linear. 1 inch in 1 foot ft 1 yard yd 1 meter m. Area. 1 square inch in. M2. 6. 4. 5 square centimeters cm. Tables 4 through 7 help determine correct application rates for various pesticides. Table. 4. Dilution of liquid. Dilution. Amount Desired. Gal. 3 Gal. 5 Gal. Gal. 1 1. 00. 2 tbs 2 tsp. Example Directions call for a 1 2. To prepare. 3 gal of finished product, you would need to add 14 cup. Table. 5. Equivalent quantities. Water. Recommended Rates. Example Directions for use specify a rate of 4 lb. To prepare 1 gal of solution would require 4 tsp of material. Table. 6. Equivalent quantities. Water. Recommended Rates. Example Directions for use specify a rate of 4 pt. To prepare 5 gal of solution would require 3 fl oz material. Table. 7. Rate of application. Rate per Acre. Rate per 1. Rate per 1. 00 sq ft. Liquid Materials. Dry Materials. 1 lb 2 tsp. Examples For liquid materials, 1. For dry materials, 4 lb per acre. Tables 8 through 9 help determine the correct application rates for fertilizers when nutrition recommendations are based on fertilizer weight. Table. 8. Fertilizer conversions. Material grouped by approximate weight per pint. Recommended rate per acre Fertilizer Rate for Specific Areas. Per 1. 0 feet of row spaced 1 ft 2 ft. Sulfur or. Dried Blood. Urea or. Ammonium Nitrate or. Ammonium Chloride. Ammonium Phosphate or. Potassium Chloride or. Gypsum or Mixed Fertilizers. Calcium Nitrate or. Ammonium Sulfate or. Superphosphate 1. Ground limestone or. Potassium sulfatex. Ice Cream Cake. Any of the materials listed in the first column can be used at the rates shown below. High Rates, not desirable in row fertilization, are omitted in the table. Example You wish to apply calcium nitrate at the rate of 5. It weighs approximately 1. For application to 1. Table. 9. Fertilizer weight. Fertilizer. Pot Size. Ammonium nitrate. Urea, 4. 5 0 0. Superphosphate. Dusting sulfur. 2 oz. Peters, 2. 0 5 3. Ammonium sulfate. Osmocote, 1. 4 1. Mag. Amp, 1. 2 6. Gypsum, Ca. SO4. 3 oz. Calcium nitrate. 3 oz. Peters, 1. 5 0 1. Potassium chloride. Sodium nitrate. 4 oz. Dolomitic limestone. Clay flower pots are frequently used for fertilizer measurement by greenhouse operators. The above shows average weights of several representative fertilizers as measured by standard clay pots when level full. The 3 inch standard is considered to contain 8 fl oz or 1 cup. Since the actual pot size varies with the manufacturer and the volume of a given weight of fertilizer varies with moisture and compaction, deviations of 1. Tables 1. 0 through 1. Table 1. 2 is designed to help growers calibrate their injectors. Table. 1. 0. Element concentrations. U. S. water. Desired. PPMPounds of Fertilizer Needed Nitrogen N Phosphate P2. O5 Potash K2. O3. Example You wish to apply 2. N using a 2. 0 1. Reading across from 2. N column. you find 8. NOTES 1 oz2 gal is about 3. To determine Parts Per Million ppm of an element in a fertilizer, simply multiply the percent of that element by 7. The answer will. be the ppm of the element per oz of the fertilizer in 1. As an example, Ammonium Sulfate contains approximately 2. Nitrogen. 2. 0 percent multiplied by 7. Nitrogen in 1 oz of Ammonium Sulfate per 1. Table 1. 1. Injection ratios and nitrogen concentrations for constant fertilization. Ratio. Ounces of Fertilizer per Gal Concentrate. N1. 50 ppm N2. 00 ppm N3. N formulaa. 1 2. N formulab. N formulac. 1 3. N formulad. From Ball Red. Book, 1. Edition, published by Ball Publishing. Reprinted with permissionae. Table 1. 2. Injector calibration with a conductivity meter. A. Peters Single Element Fertilizer Componentsppm Nitrogen. Ammonium. Nitrate NH4. NO3. 34 NAmmonium. SulfateNH42. SO4. NSodium. Nitrate. Na. NO3. 16 NPotassium. Nitrate. KNO3. 14 NCalcium. Nitrate. CaNO32. NEpsom. Salt. Mg. SO4. 10 Mg. Adapted from Grace Horticultural Products. W. 1 R. Grace Co. Cambridge, Massachusetts 0. NOTES 1 For use with meters in millimhos with Peters Single Element Fertilizer Components. These are readings made with distilled water. Test your plain irrigation water first and subtract that reading from the fertilizer injected water. For example, your water test indicates 0. N with calcium nitrate. Your calibration reading is 3. Table 1. 2. Injector calibration with a conductivity meter. B. Peters Mixed Soluble Fertilizer Analysisppm Nitrogen. Hydrosol. 15 1. 6 1. Adapted from Grace Horticultural Products. W. 1 R. Grace Co. Cambridge, Massachusetts 0. NOTES 1 For use with meters in millimhos with Peters Fertilizer formulations. These readings are made with distilled water. Test your plain irrigation water first and subtract that reading from the fertilizer injected water. For example, your water test indicates 0. N with 1. 5 1. 5 1. Your calibration reading is 1. Table 1. 2. Injector calibration with a conductivity meter. B. Peters Mixed Soluble Fertilizer Analysis cont. Nitrogen. Acid. 21 7 7 Neutral. Adapted from Grace Horticultural Products. W. 1 R. Grace Co. Cambridge, Massachusetts 0. NOTES 1 For use with meters in millimhos with Peters Fertilizer formulations. These readings are made with distilled water. Test your plain irrigation water first and subtract that reading from the fertilizer injected water. For example, your water test indicates 0. N with 1. 5 1. 5 1. Your calibration reading is 1. Table 1. 3A. Parts per million of desired nutrient to ounces of fertilizer carrier in 1. Ounces of Fertilizer Carrier in 1. Gallons. Percentage of Desired Nutrient in Fertilizer Carrier. From Nelson, P. V. Greenhouse Operations and Management, 5th ed. Published by Prentice Hall, Inc. Reprinted with permission. Table 1. 3A. Parts per million of desired nutrient to ounces of fertilizer carrier in 1. Ounces of Fertilizer Carrierin 1. Gallons. Percentage of Desired Nutrient in Fertilizer Carrier. From Nelson, P. V. Greenhouse Operations and Management, 5th ed. Published by Prentice Hall, Inc. Reprinted with permission. Table 1. 3B. Parts per million of desired nutrient to ounces of fertilizer carrier in 1. Grams of Fertilizer Carrierin 1 Liter.