Could you help with these questions....Count the craters in the image and circle them with the assigned colors below please and thank you and move the dots on the graph to show number of craters. 1)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 8 to 16 km size range (orange circles)? 2)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 16 to 32 km size range (green circles)? 3) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 32 to 64 km size range (red circles)? 4) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 64 to 128 km size range (blue circles)? 5) What age did you assess the Martian Northern Hemisphere surface to be in billions of years? The Martian Northern Hemisphere surface is
Could you help with these questions....Count the craters in the image and circle them with the assigned colors below please and thank you and move the dots on the graph to show number of craters. 1)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 8 to 16 km size range (orange circles)? 2)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 16 to 32 km size range (green circles)? 3) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 32 to 64 km size range (red circles)? 4) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 64 to 128 km size range (blue circles)? 5) What age did you assess the Martian Northern Hemisphere surface to be in billions of years? The Martian Northern Hemisphere surface is
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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Could you help with these questions....Count the craters in the image and circle them with the assigned colors below please and thank you and move the dots on the graph to show number of craters.
1)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 8 to 16 km size range (orange circles)?
2)In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 16 to 32 km size range (green circles)?
3) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 32 to 64 km size range (red circles)?
4) In the Northern Hemisphere image (Stokes) which range of numbers includes your value for the quantity of craters in the 64 to 128 km size range (blue circles)?
5) What age did you assess the Martian Northern Hemisphere surface to be in billions of years? The Martian Northern Hemisphere surface is
![The Graph: Use blue for Stokes Crater, red for Schroeter Crater. Move the dots to the values you calculated. Position a line by selecting it and
using the arrow keys (or by dragging the ends).
The colour coded triangles at the
bottom highlight where to plot
your data above the horizontal
axis as instructed in the video and
method sheet.
The values for the scaled counts
are logarithmic (see the video) on
the left side of the graph. Each
horizontal line is spaced at a
4.4
multiple of the last label below it.
E.g., the next line above "1O" is
20, then 30 etc.
4.0
If you have value of zero (0), do
not consider it in the placement
of your line.
3.7
3.5
Make the slope of your lines
match the slope of the isochrons
3.D
(as shown in the video).
2.0
0.7
3
4
8
12
16
24
32
48
64
96
128
Crater Diameter (km)
Craters per 1,000,000 square kilometers
0.1
0.01
000L
* <- Surraoa Age [Blilon Teara]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe779c950-a70e-4610-a191-11ec3afdb7c4%2F15ddc089-395b-4f21-b5f4-da66a429a5ff%2Fso0ozw_processed.png&w=3840&q=75)
Transcribed Image Text:The Graph: Use blue for Stokes Crater, red for Schroeter Crater. Move the dots to the values you calculated. Position a line by selecting it and
using the arrow keys (or by dragging the ends).
The colour coded triangles at the
bottom highlight where to plot
your data above the horizontal
axis as instructed in the video and
method sheet.
The values for the scaled counts
are logarithmic (see the video) on
the left side of the graph. Each
horizontal line is spaced at a
4.4
multiple of the last label below it.
E.g., the next line above "1O" is
20, then 30 etc.
4.0
If you have value of zero (0), do
not consider it in the placement
of your line.
3.7
3.5
Make the slope of your lines
match the slope of the isochrons
3.D
(as shown in the video).
2.0
0.7
3
4
8
12
16
24
32
48
64
96
128
Crater Diameter (km)
Craters per 1,000,000 square kilometers
0.1
0.01
000L
* <- Surraoa Age [Blilon Teara]
Transcribed Image Text:250 km
8 km 16 km 32 km
64 km
128 km
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