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CASE 1: Your ship is capable of sailing 10 squares per month. Using your RED marker, start in Spain and go west, drawing one vector for each month of travel. In which country will you set foot? How many months (how many 10-square vectors) will it take to reach land?

CASE 1: Your ship is capable of sailing 10 squares per month. Using your RED marker, start in Spain and go west, drawing one vector for each month of travel. In which country will you set foot? How many months (how many 10-square vectors) will it take to reach land?

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Case 1 only. Please answer and show complete vectors.
North America United States Canada Cuba General Physics 1 (PERFORMANCE TASK: VECTORS) NW W+ SW N NE E SE Atlantic Ocean Europe England Portugal Spain Start! Africa INSTRUCTIONS: Examine the different situations given below and answer the following questions briefly. Use a colored marker (pencil, pen, etc.) to sketch the required vector in the given figure above. You may print this activity in a short bond paper or just answer it directly within the document. CASE 1: Your ship is capable of sailing 10 squares per month. Using your RED marker, start in Spain and go west, drawing one vector for each month of travel. In which country will you set foot? How many months (how many 10-square vectors) will it take to reach land? CASE 2: However, the wind does not always blow in the direction you desire! Let's incorporate the wind vector to see how the wind affects our journey. To begin, use your RED marker to sketch your ship vector, just like you did in Part 1. Now, using your BLUE marker, add the wind vector to the end of that vector. With your BLUE marker, draw the resulting vector (by simply adding the two vectors). That's where you are when the first month ends. Now do the same for the next month and the month after that until you reach land. Remember that the wind changes, so each month you will have to add a different wind vector. The list of different winds for each month is on the following line. Month 2: 5 diagonal squares southeast Month 3: 3 diagonal squares northwest Month 4:4.5 diagonal squares southwest Month 1:3 squares south Where will you make landfall now? How many months to reach land (only count & approximate the solid 10-square vectors!)
Transcribed Image Text:North America United States Canada Cuba General Physics 1 (PERFORMANCE TASK: VECTORS) NW W+ SW N NE E SE Atlantic Ocean Europe England Portugal Spain Start! Africa INSTRUCTIONS: Examine the different situations given below and answer the following questions briefly. Use a colored marker (pencil, pen, etc.) to sketch the required vector in the given figure above. You may print this activity in a short bond paper or just answer it directly within the document. CASE 1: Your ship is capable of sailing 10 squares per month. Using your RED marker, start in Spain and go west, drawing one vector for each month of travel. In which country will you set foot? How many months (how many 10-square vectors) will it take to reach land? CASE 2: However, the wind does not always blow in the direction you desire! Let's incorporate the wind vector to see how the wind affects our journey. To begin, use your RED marker to sketch your ship vector, just like you did in Part 1. Now, using your BLUE marker, add the wind vector to the end of that vector. With your BLUE marker, draw the resulting vector (by simply adding the two vectors). That's where you are when the first month ends. Now do the same for the next month and the month after that until you reach land. Remember that the wind changes, so each month you will have to add a different wind vector. The list of different winds for each month is on the following line. Month 2: 5 diagonal squares southeast Month 3: 3 diagonal squares northwest Month 4:4.5 diagonal squares southwest Month 1:3 squares south Where will you make landfall now? How many months to reach land (only count & approximate the solid 10-square vectors!)
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