A composite adult's intake set against resting, activity and thermic expenditure, with the gap reported and qualified: SC115's Unit 4 energy balance calculation, worked through line by line. Searches like "sc 115 unit 4 assignment example", "sc115 unit 4 sample" and "sc115 unit 4 example" land here.
What a finished SC115 Unit 4 energy balance calculation looks like
Most of the page is calculation, arranged in three blocks. The intake block takes the averaged record, applies the Atwater factors to the grams of each energy-yielding nutrient, and arrives at about 2,340 kcal per day. The expenditure block starts with resting energy from a named predictive equation: for the composite woman, 30 years old, 68 kg and 165 cm tall, the Mifflin-St Jeor equation gives roughly 1,400 kcal. An activity allowance of half that figure and a thermic effect of food near 10 percent bring the total close to 2,310. The balance block subtracts, finds a surplus of about 30 kcal, and says what that figure is worth: less than the error in either estimate, so the calculation cannot distinguish it from zero.
How a SC115 Unit 4 example is structured
A data paragraph opens the page: the composite person's age, sex, height, weight and activity description, each stated with units, since every later step depends on them. Intake comes next, then expenditure, then the balance, each as a numbered sequence in which one line equals one operation. Equations are written symbolically before values are substituted, so the form can be checked separately from the arithmetic. The activity allowance is justified against the description of the person's week, and the source of the multiplier is cited. The thermic effect appears as its own line rather than being folded in. A final interpretation paragraph addresses uncertainty: self-reported intake tends to run low, predictive equations carry an error of their own, and the conclusion is sized to both. References cite the equation's original publication and the textbook.
Equations written before numbers
Each formula appears in symbols first, then with values, so an error can be located in either the method or the substitution.
Three components, three lines
Resting expenditure, activity and the thermic effect of food each get their own line, which shows that the total was built rather than guessed.
Activity allowance defended
The allowance chosen is tied to what the person's week actually contains, not picked from the middle of a table by default.
A surplus stated as found
About 30 kcal is reported without rounding toward a story about gaining or losing weight, the very reading such a calculation is meant to test.
Uncertainty sized
The closing paragraph compares the gap with the likely error in each estimate, which is what makes the conclusion a scientific one.
Where marks go in SC115 Unit 4
Most losses come from expenditure built on nothing: a single figure such as 2,000 kcal assumed for the person, with no equation, which removes half the calculation such work normally asks for. Unit errors come next, especially pounds and inches entered into an equation that expects kilograms and centimeters, which can shift resting energy by hundreds. The thermic effect is often forgotten or counted twice. Interpretation causes the subtlest deductions: a gap of a few dozen kilocalories declared a surplus that 'will cause weight gain', or converted into pounds per year with a rule of thumb that current research treats as an oversimplification. Steps missing between lines, and equations used without a citation, cost points in most sections. Sections using a different equation will mark down a sample that ignores their choice.
Get a SC115 Unit 4 example written to your instructions
Send the Unit 4 prompt and rubric with the person's data, whether a composite your instructor supplied or your own measurements and record totals. The calculation uses whichever equation your section requires, every line shown and each unit labeled, and is ready inside 24-48h, with no payment asked for a first one.
SC115 Unit 4 questions, answered
Which equation should I use for resting energy?
The one your course text or prompt names. Mifflin-St Jeor and Harris-Benedict are common in introductory courses, and some sections use the estimated energy requirement equations from the dietary reference intakes instead. Each gives a slightly different answer, so name the equation you used and cite its original source. Switching equations partway through a calculation is a common and avoidable inconsistency.
Should the thermic effect be calculated from intake or expenditure?
Most texts estimate it as about 10 percent of energy intake, although some apply it to the sum of resting and activity expenditure. Either is defensible if stated. The difference is usually small, and graders care more that the component appears once, labeled, than about which base was chosen for it. Folding it silently into an activity factor makes it invisible to the reader.
What if my intake and expenditure are hundreds apart?
Report it as found, then look at the likeliest causes before interpreting it: an unusual recording day, a missing food, pounds entered as kilograms, or an activity level set too high. A large gap can be real, but it can also be an error, and the interpretation paragraph should say which checks were made.