Name: Group Members:. In the space below, describe the field site and record observations of everything present in your site. You may include a sketch.

Slides:

Advertisements

Similar presentations

PV System Design and Installation LO 9 – Mechanical Design.

Advertisements

Aim: How can we describe resultant force (net force)?

Wind Power: For wind power A = frontal area (πr 2 ) m 2 ρ = density of air (≈1.3 kg/m 3 ) v = wind speed Ex – What max power can you get from a wind turbine.

Students observe how their (sun) shadow changes throughout the day and seasons. \ 90 o Me and My Shadow.

Angles of Elevation and Angles of Depression

Bell work Imagine you are floating in the ocean 1 km from shore, which is north of you. There is a surface current flowing east. Are you more likely to.

The Abney Level Useful for simple slope profiles, horizon diagrams and height measurements Level bubble Rotating Arm Eyepiece Scale (in degrees)

MATERIALS Solar panel connected in series or parallel Multi-meter Incandescent light Yard stick Protractor 6”x6” cardboard PROCEDURE Using the equipment.

Weather Station Models What do they mean? How do you translate them?

ENGR 225 Section

An Introduction to Statics Unit 3, Presentation 4.

Determining Earth's Density  What is needed?  Density = Mass / Volume  Volume = 4/3 * pi * Radius 3  How do we determine these?  Two friends for.

EXAMPLE 3 Sketch intersections of lines and planes a. Sketch a plane and a line that is in the plane. b. Sketch a plane and a line that does not intersect.

Angle of Elevation & Angle of Depression

Lesson 8 – 5 Angles of Elevation and Depression

Trigonometry Review.

Movements of the Earth: Gravity, Inertia, Rotation, Revolution

Description of Surrounding Day 1Low Proximity to Vegetation (Trees), No wind, No cloud cover Day 2Light cloud cover, Low proximity to Vegetation.

Graphing Radical Functions ALGEBRA 2 LESSON Algebra 2 Lesson 7-8 (Page 408)

Magnetic Fields in Wires. Strength of Magnetic Field Strength of the magnetic field produced by a current carrying wire is directly proportional to the.

Introduction to Vectors

TopicSlidesMinutes 1 Displacement Kinematics Graphs Energy Power Springs Shadows 39 9 Field of Vision.

What forces act upon the meter stick? Where should the force of gravity be considered to act? Center of Gravity – the single point on a body where the.

When charged particles move through magnetic fields, they experience a force, which deflects them Examples of such particles are electrons, protons, and.

Unit 07 “Work, Power, Energy and Energy Conservation”

Objectives  Develop position-time graphs for moving objects.  Use a position-time graph to interpret an object’s position or displacement.  Make motion.

A conical pendulum is formed by a mass of 100 g (0.1 kg) moving in a circle as shown. The string makes an angle of 30 o. 1.Draw the free body force diagram.

Elementary Science - Kindergarten

Aim: What is Gradient? 99m 10m

A clinometer is an instrument which lets you estimate the height of an object (building, tree, flag- pole) by using the properties of a right angled triangle.

Gathering Weather Data SWBAT recognize the importance of accurate weather data; describe the technology used to collect weather data; analyze the strengths.

Microclimates Fieldwork Revision of fieldwork techniques.

Whiteboardmaths.com © 2004 All rights reserved

Gradient Diagrams Geometry The diagram shows a straight line with the vert/horiz. distances marked on it. Straight line horizontal vertical In each of.

Objective To use angles of elevation and depression to solve problems.

90 Vertical Horizontal Oblique line a b Angles a + b = 180 o Angles at a Point b = 115 o Angle a = 180 – 115 = 65 o.

$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100.

Energy Calculations Graphing Potential, Kinetic & Total Energies Using Pendulum.

8.5 Angles of Elevation and Depression

How might you observe and record the weather?

Earth in Space 2. Draw lines to match up the times.

Energy Costs of Physical Activity

Period of Simple Harmonic Motion

Topic 1 Physics and Physical Measurement

Unit 1 Review Measurements.

A –Level Physics: Energy, Work and Power

Do Now: 1. Describe the energy conversion that takes place when a match is struck. 2. I spin a 2kg bucket of water around in a horizontal circle. The length.

Force Vectors and Equilibrium

Sutherland High School

The Sun: Portrait of a G2V star

Insolation In = incoming Sol = solar Ation = radiation Insolation – radiation from the sun.

The Seasons and Earth’s Tilt

The Seasons and Earth’s Tilt

Sun Angle and Solar Intensity How is this relevant to me?

Gravitational Potential Energy

Free Body Diagrams at an Angle

1. 6B Observe and describe parts of plants 1

Bell work Imagine you are floating in the ocean 1 km from shore, which is north of you. There is a surface current flowing east. Are you more likely to.

Station 1 1. Add the North Star 2. Label the Seasons for the Northern Hemisphere (include Solstice and Equinox) 3. Add the correct dates 4. Which location.

Saturday, February 23, 2019Saturday, February 23, 2019

Plotting Points Guided Notes

Energy, Work & Power Energy Problems Day #1.

This diagram helps explains why angles at a point add to 360o.

This Week in Science….

Unit 1 – Matter and Energy

swinging Horizontal Circular Motion

Extending your knowledge Circumference of a circle =

Required Practical 9: Key term What is a quadrat?

Presentation transcript:

Name: Group Members:

In the space below, describe the field site and record observations of everything present in your site. You may include a sketch.

Sketch of vertical structure Notes:

Sketch of horizontal structure Notes: 10 meters

Tree NumberCircumference Breast Height (m) Estimated Height (m) Calculated Volume (m 3 )

Tree NumberCalculated Volume (L) Calculated Mass (kg) Calculated Energy (kcal)

Date & timeTemp in shade Temp in sunLight intensity in shade Light intensity in sun Angle of sunlight

Date & TimeCloud cover & type (diagram) Wind strength & direction Precipatation last 24 hours

Date & timeTemp in shade Temp in sunLight intensity in shade Light intensity in sun Angle of sunlight

Date & TimeCloud cover & type (diagram) Wind strength & direction Precipatation last 24 hours

List Names & Diagram Leaf Structure

List Names & Diagram Body Structure

List Names & Diagram Structure