Monday May 7thFinish your excel charts with equation for R squared and slope intercept. 1. Write a conclusion stating which atmosphere warmed the most (highest temp), and 2. Which one trapped the most heat. You must decide which chart to use and justify your answer using one of the equations. (Hint) it s a cooling trend and something else. Mr. Betts might be willing to give another hint. 3. Once you are finished with your equation begin researching one of the following topics for humans and the environment: a) Point source pollution b) Non point source pollution c) Air pollution d) Climate change You will make a poster for your topic satisfying the following criteria 1) Define your topic. Why is this happening. Does it help us? Does it hurt us? (Might be both) 2) What are the causes, effects, costs to environment, cost to humans. Give specific examples of where it is happening with photographs glued on your poster. 3) What are the solutions. And a written conclusion with your opinion. Is this ok. Why or why not? Excel Spreadsheet Rupric You must have the following: Open microsoft excel 1. An x y scatter plot showing the temperature graph for each of the four conditions. 2. The chart must have the axes labeled and a unique symbology for each condition. ( Example - Line, dotted line, diamonds, circles) 3. A linear trend line for each of the lines showing the equation, r-squared value, slope. 4. All of this is copied and pasted onto a word document, printed in color, and turned in with your lab write up. This is half of the grade.
Click here for writing assignment Click here for doomsday handout Click here for Friday's writing assignment Click here for San Andreas film clip Click here for Dante's peak clip for volcanoes Plate boundaries Click here for absolute dating Click here and read and play video for Principle of orig. horizontality Click here and read and play for unconformities Click here and follow instructions in 8. to put it all together. Click here for Island Formation instructions Click Here for the Rock Structure Planning Guide Click here for mineral grain size lab Sevies click here for grand canyon Click Here for Rock Cycle Reference Guide https://drive.google.com/file/d/1dz9HZDJOVfrF4RysnXdqBtQe1ui9i2pn/view?usp=sharingClick here for newer study guide Click here for mineral test review Imagine that you are the owner of a mineral mine. Please write three paragraphs about your mine and include:
- The type of mineral that is mined (gold and silver are not an option) - The location of the mine - The mining method used - The benefits of the mine - The impacts of the mine
If you’d like to do a little research about the mineral, you are welcome to use a tablet during class. You have the entire class period to write three paragraphs, so make them good.
If you finish early, begin drawing a picture of your mine. Mineral Formation Reading- Click on the link above, Read pages 145 - 150 and answer the following questions in your notes:1) What are the two most common elements in the earth's crust2) What is a 'silicate'?3) What are the other mineral families or classes? 4) Describe the elements in the other mineral families5) List and describe the different tests used to identify an unknown mineral.Minerals Quiz Tuesday - Over the 4 part definition and 2 ways minerals form. Conversion Instructions For Snow Water Equivalent LabTo
convert cm of SWE to gallons on the football field we need to convert the depth we calculated in cm to feet, then convert the area of the football field from yards into feet, multiply those together to get cubic feet of water, and finally convert cubic feet to gallons. Here are the steps:1) Convert SWE average from cm to feet - divide average
depth from all groups by 30 it is now in feet; 2) Convert football field from
yards to feet by multiplying each dimension 120 yards long and 50 yards wide by 3 (3 feet in a yard);3) Calculate area of football filed multiplying length of field (in feet) by width (in feet); 4) Convert everything to cubic feet by multiplying depth in feet (calculation from step 1) x football field
area 5) Convert cubic feet to gallons - Multiply cubic feet by 7.5 gallons/cubic foot to get gallons. (For example if you had 10 cubic feet it would be 75 gallons)Will you look just look at it!! |