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Hearth & Field · Track 2

The small home: worksheet

Name: ____________________________   Date: ______________

Lesson 7: Small-home types compared

Open the lesson

By the end you can:

  • Describe six common small-home types.
  • Name a main strength and a main drawback of each.
  • Know which questions about legality and structure to ask before you choose.
  1. Your brief says: one person, low budget, must be legal full-time, and you may move in five years. Which question should you answer first?

    Key: Whether local zoning allows a tiny house on wheels as a full-time home

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

  3. Which parts of this topic need a licensed professional or a permit, and what would you ask them?

Lesson 8: How a building stays standing

Open the lesson

By the end you can:

  • Name the main kinds of loads on a building.
  • Trace the load path from roof to soil.
  • Describe common foundation and framing types, and know what needs an engineer or inspector.
  1. You want to open up a small cabin by removing an inside wall. What should you do first?

    Key: Have a professional confirm whether it is a bearing wall, and check permit rules

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

  3. Which parts of this topic need a licensed professional or a permit, and what would you ask them?

Lesson 9: The building envelope

Open the lesson

By the end you can:

  • Name the layers of a wall and what each one does.
  • Explain insulation, air sealing and moisture control as three separate jobs.
  • Explain why the envelope comes before the heater.
  1. A cabin has thick insulation in the walls but is still cold and drafty. What is the most likely missing piece?

    Key: Air sealing: there is no continuous air barrier

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

Lesson 10: Windows and passive solar

Open the lesson

By the end you can:

  • Explain why south-facing glass gains heat in winter in the US.
  • Read the U-factor and SHGC on a window label.
  • Combine glass, thermal mass and overhangs without overheating the house.
  1. A new cabin in zone 5 overheats on sunny October afternoons and is cold before dawn. The south wall is almost all glass, with a wood floor on joists. What is the best fix to explore?

    Key: Add thermal mass where the sun lands, and add shading or less glass

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

Lesson 11: Ventilation and indoor air

Open the lesson

By the end you can:

  • Explain why a tight house needs planned ventilation.
  • Name the main ventilation types, from spot fans to heat-recovery systems.
  • Diagnose a damp cabin from its clues.
  1. You have just air sealed a small house with a wood stove. What should come next?

    Key: Plan ventilation and have the stove and flue checked for safe draft

  2. Diagnose it: “The cabin is damp. Windows drip every winter morning and black spots are growing in a closet on an outside wall.” What is the most likely cause, and what clue tells you?

    Key: Lots of moisture made inside, with no planned way to remove it

  3. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

  4. Which parts of this topic need a licensed professional or a permit, and what would you ask them?

Lesson 12: Codes, permits and inspections

Open the lesson

By the end you can:

  • Tell zoning, building codes and health rules apart.
  • Describe the usual steps from permit to final inspection.
  • Prepare good questions for the building department.
  1. You buy rural land and plan a small cabin with solar and a septic system. What is the best first step?

    Key: Call the building, zoning and health offices with your homestead brief and ask what applies

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

  3. Which parts of this topic need a licensed professional or a permit, and what would you ask them?

Lesson 13: Project: a small floor plan

Open the lesson

By the end you can:

  • Choose a simple footprint and orient it to the sun.
  • Place windows on each side with heat loss and solar gain in mind.
  • Read a rough heat-loss estimate and know what it leaves out.
  1. Two plans have the same floor area in zone 6A. Plan A is a rectangle with its long side south and most glass on the south. Plan B is an L-shape with large west windows. Which will usually lose less heat over a winter?

    Key: Plan A

  2. Name one trade-off from this lesson. What do you gain, and what does it cost (money, time, space, upkeep or risk)?

  3. Which parts of this topic need a licensed professional or a permit, and what would you ask them?

Homestead Lab activity

First winter in a drafty cabin

Goal: Keep indoors at 59 °F (15 °C) or warmer for at least 95% of hours, December through February, on 2,500 kg (about 1.5 cords) of wood.

  1. Run the starting setup to the end. Write down what failed and when.
  2. Predict which single change will help most. Write your prediction before you try it.
  3. Pin the first run as a baseline, make one change, press Restart and run again. Record what moved in the comparison table.
  4. Keep changing one thing at a time until the goal is met. What did your final setup cost, as a range?

Questions come from the lessons' checks. The course is in draft; check answers against the current lesson text.