**Clinometer** or woodland stick 3. Increment borer (optional) 4. Data recording sheets I. Getting Started You will need to record data about the trees in your plot.

Raise or lower the **clinometer** (by tilting your head) to place the sighting line at the object. Read the number inside the **clinometer** to determine steepness of slope in degrees on the left scale or percent on the right scale.

The 6 different mounting plates The 6 different mounting plates **Clinometer's** place

Concept/Task 4 3.5 3 2 1 0 **Clinometer** x*Correct and neatly constructed **Clinometer** Diagram x*Situation is correctly drawn. x*You and the object are in your diagram. x*The diagram is completely labeled with all known lengths and angles. x*Unknown lengths marked with a variable.

the number of students in your group as each student should use the **clinometer** at a location). From each of these locations use the **clinometer** to find the angle of

Thread Drinking Straw Protractor Mass Adhesive You can now use your **clinometer** to determine the height of an object such as a building or a tree. Follow this method.

As the lever moves, the level and the vernier moves, and the center of the vernier points to the **clinometer** scale that is located on the bottom of the compass.

SPUME-5/360PC Suunto **Clinometer**, Degrees & Percent SPUME-5/360S Suunto **Clinometer**, Degrees & Secant SPUME-5/SPEC Suunto **Clinometer**, Percent & Secant KB-37011 Leather Belt Case for **Clinometer**

Model 900 Biaxial **Clinometer** Specifications Models 901 & 902 Slimline Biaxial **Clinometers** Specifications Tulip 4-20mA Uniaxial **Clinometer** IRIS Tilt Switch and Controller Specifications Specifications

The first part is for planning and building your **clinometer**; the second is for taking measurements. The goal is to measure the height of the flagpole in front of the school using two different methods: a.

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