Balancing Feed Rations. Maintain animal health Optimum animal production Reasonable production cost for the farm manager.

Slides:



Advertisements
Similar presentations
Rates, Ratios, and Proportions
Advertisements

Learn to solve equations that have variables on both sides.
Instructional Strategies
ONE STEP EQUATIONS.
Animal Science II Principles of Animal Nutrition.
Solve two-step equations.
Solving Two-Step Equations
Objective The student will be able to:
MULTIPLICATION EQUATIONS 1. SOLVE FOR X 3. WHAT EVER YOU DO TO ONE SIDE YOU HAVE TO DO TO THE OTHER 2. DIVIDE BY THE NUMBER IN FRONT OF THE VARIABLE.
Columbus State Community College
Solving Quadratic Equations by Completing the Square
Solve by Substitution: Isolate one variable in an equation
UNIT 2: SOLVING EQUATIONS AND INEQUALITIES SOLVE EACH OF THE FOLLOWING EQUATIONS FOR y. # x + 5 y = x 5 y = 2 x y = 2 x y.
Do Now 10/30/09 Copy HW in your planner. Copy HW in your planner. –Text p. 134, #12-28 evens & #34 & #36 Did you turn in POTW#8?
Animal Nutrition AgriScience 2 Animal Digestion Review  Digestive system types  Monogastric  Polygastric.
Steps in Ration Formulation Mrs. “C” Jr. / Sr. Vet Science.
Poultry Improvement Contest Rations. A Ration is: The feed allowed for a given animal during a 24 hour period, whether it is fed at one time or in portions.
Balancing Rations Animal Science II Unit 8.
Balancing Rations Animal Science II Unit 8.
Formulating Feed Rations By: Mariah Gumfory, Arlene Barrett, Haley Vrazel, & Dennis Bratton,
© 2007 by S - Squared, Inc. All Rights Reserved.
Equine Nutrition Equine Science. Introduction  Feed is the greatest expense for horse owners.  Feeding horses means:  Furnishing horses with a daily.
Lesson 4 Balancing Rations.
Solving Linear Equations
Unit 8: Horses.  Nutrient Requirements Opinions are highly divided on many nutrient needs  Varies w/ the breed/use of the horse Energy  Depends on.
B86 Pearson Square Balancing a Ration
Animal, Plant & Soil Science
10/13/20151 PEARSON SQUARE Balancing a Ration Unit 5: Feeds, Nutrition and Digestion Lesson 13: Balancing a Feed Ration.
PEARSON SQUARE Balancing a Ration Veterinary Assisting 3 SVEC.
PEARSON SQUARE Balancing a Ration 10/22/ Objectives Develop a basic knowledge of a well- balanced ration for each class of livestock Select and.
Ration Formulation 2/05/2001 ANS Steps in Balancing a Ration Nutrient requirements generally represent the minimum quantity of the nutrients that.
Solving Proportions. 2 ways to solve proportions 1. Equivalent fractions (Old) Cross Products (New)
Animal, Plant & Soil Science
Simultaneous Equations Diet Balancing. Simultaneous Equations Used to balance for 2 nutrients Usually protein and energy Balances for required amounts.
12/8/20151 PEARSON SQUARE Balancing a Ration Unit 5: Feeds, Nutrition and Digestion Lesson 13: Balancing a Feed Ration.
Classify animal feeds. Objective 7.01.
Solving Equations When do we use solving equations? We use solving equations methods when we know what the problem equals but not what the variable is.
Cross Products and Proportions
Feeding Horses. Nutrient Requirements  All horses require certain nutrients to maintain body weight and to support digestive and metabolic functions.
Feed Costs Cost per unit of nutrient supplied Usually protein or energy Most feeds are priced $ per ton (If $ per bushel, need lb/bu) – Corn = 56 lb/bu.
Solving Equations By Adding or Subtracting. Key Terms Inverse Operations: –You can use inverse operations to solve equations. –“Undo” each other by performing.
* Collect the like terms 1. 2a = 2a x -2x + 9 = 6x z – – 5z = 2z - 6.
Lesson 8.1. » A statement where two mathematical expressions are. » Think of an equation as a balance scale or teeter-totter. The left side must always.
Animal Nutrition Nutrients General Information  Nutrient- chemical element or compound that aids in the support of life.  Ration- the amount and.
Animal, Plant & Soil Science Lesson C3-6 Balancing Animal Feed Rations.
Formulating Rations for Horses Presentation Part 3: Calculating Rations Example 2 #8895-D.
Balancing Feed Rations Mathematical Applications in Agriculture, Food, and Natural Resources (c) 3 B.
3. 3 Solving Equations Using Addition or Subtraction 3
Feeding Productive Ewes
Unit F: Principles of Animal Nutrition
B86 Pearson Square Balancing a Ration
EXAMPLE 2 Rationalize denominators of fractions Simplify
PEARSON SQUARE Balancing a Ration
Balancing Feed Rations
Solve for variable 3x = 6 7x = -21
ONE STEP EQUATIONS.
Balancing Feed Rations
ONE STEP EQUATIONS.
Warm Up Simplify each expression. 1. 3x + 2y – 5x – 2y
PEARSON SQUARE Balancing a Ration
Feeding Guidelines.
PEARSON SQUARE Balancing a Ration
PEARSON SQUARE Balancing a Ration
Balancing Rations Pearson Square.
PEARSON SQUARE Balancing a Ration
PEARSON SQUARE Balancing a Ration
ONE STEP EQUATIONS.
ONE STEP EQUATIONS.
PEARSON SQUARE Balancing a Ration
Presentation transcript:

Balancing Feed Rations

Maintain animal health Optimum animal production Reasonable production cost for the farm manager

Why maintain animal health in horses? So that the horse can have a balanced diet that can maintain the horse’s weight and energy supply.

Helps give protein and nutrient requirements needed for different stages of production. Maintenance Lactation Gestation Growth Yearling Long-yearling 2 year old Mature (4+ years)

How does balancing a feed ration affect production cost? (better or worse?) Better It keeps from wasting feed

Diagonal A square with lines connecting the opposite corners Percent 1% of a number means 1 hundredth of a number or.01 6% means six hundredths or.06 Pound Weight of an object Lb, # Systems of Equations Two or more equation in two or more variables to be solved simultaneously Ratio The comparison of two numbers by division

2,000 pounds of feed is needed to feed a pregnant mare. A feeding standard table shows that a 10% crude protein ration is needed. Corn and soybean meal are selected as feeds. A feed composition table shows that corn has 9% and soybean meal has 45% crude protein on as-fed basis. How much corn and soybean meal need to be mixed together for 2,000 pounds of feed?

What’s important? 2,000 pounds of feed needed 10% crude protein needed Corn contains 9% protein Soybean meal contains 45% protein

Step 1 Draw a square with lines connecting the opposite corners. Write the percent of crude protein needed (10) in the center of the square where the lines cross.

Step 2 Write the feeds to be used and their crude protein percents at the left hand corners of the square.

Step 3 Subtract the smaller number from the larger number along the diagonal lines. Write the difference at the opposite end of the diagonals.

Step 3—check The sum of the numbers on the right equals the difference in the numbers on the left.

Step 4 Divide the parts of each feed by the total parts to find the percent of each feed in the ration. Corn: (35/36) x 100 = 97% Soybean: (1/36) x 100 = 3%

Step 5 It is known that 2,000 pounds of the mixture is needed. Thus, the amount of corn needed is 1,940 pound. This is found by multiplying the percent of corn in the mix by the total pounds of the mix. 2,000 x 0.97 = 1,940 pounds

Step 5 The amount of soybean meal needed 60 pounds. This is found by multiplying the percent of soybean meal in the mix by the total pounds of the mis 2,000 x 0.03 = 60 pounds

Step 6 Check the mix to make sure the protein needed is met. Multiply the pounds of corn by the percent of protein in the corn (1,940 x 0.09 = 174.6). Multiply the pounds of soybean meal by the percent of protein in the soybean meal (60 x 0.45 = 27). Add the pounds of the protein together. Divide by the total weight of the mix.

Step = (201.6 / 2000) x 100 = 10%

%PoundProtein Corn9X.09 Soybean45Y.45 Total102,000.10(2,000)

X + Y = 2,000.09X +.45 Y =.10(2000) Solve for a variable, in this case X: X + Y = 2,ooo -Y -Y X = 2,000 - Y

Solve for Y.09(2000 – Y) +.45Y = 200 Substitute X with X=(2,000 – Y) Y +.45Y = 200

Y = Y = 20 (Divide both sides by.36) Y= 55.6 pounds of soybean

Solve for X Substitute the value of Y into the first equation X = 2, X = pounds of corn

Check X = pounds of corn Y = 55.6 pounds of soybean Substitute to check X + Y = 2, = 2,000

2,000 pounds of feed is needed to feed a lactating mare. A feeding standard table shows that a 12.5% crude protein ration is needed. Oats and linseed meal are selected as feeds. A feed composition table shows that oats has 12% and Linseed meal has 38% crude protein on as-fed basis. How much oats and linseed meal need to be mixed together for 2,000 pounds of feed?

2,000 pounds of feed is needed to feed a weanling. A feeding standard table shows that a 14.5% crude protein ration is needed. Mixed sweet feed and a commercial protein supplement are selected as feeds. How much mixed sweet feed and commercial protein supplement need to be mixed together for 2,000 pounds of feed?

2,000 pounds of feed is needed to feed a yearling. How much sorghum and soybean meal need to be mixed together for 2,000 pounds of feed?