DescriptionThis is the unit 13 lab on glaciers and glacial geomorphology (landscapes and landforms). You will need to access this webpage for part I and this webpage for part II.InstructionsThis is the unit 13 lab on glaciers and glacial geomorphology (landscapes and landforms). You will need to access this webpage for part I and this webpage for part II.Multiple AttemptsThis test allows 3 attempts. This is attempt number 1.CompletionThis test can be saved and resumed later only in accordance with your instructor's test policy.http://geode.net/glacier-lab-i-nf/http://geode.net/glacier-lab-ii-nf/QUESTION 1GigaPan 1.) What type of glacier is this?ice sheetice cappiedmont glaciervalley glacier2 points QUESTION 2GigaPan set 2.) Here are two valleys, "Valley X" and "Valley Y": Which one is glacial in origin? Why?Valley X - it is V shaped.Valley X - it is U shaped.Valley Y - it is V shaped.Valley Y - it is U shaped.2 points QUESTION 3GigaPan 3.) Click on the snapshot at lower left. What kind of lake is this?moraine-dammed laketarnkettlepater noster lakes3 points QUESTION 4GigaPan 4.) First snapshot - What kind of lake is this?moraine-dammed laketarnkettleice-marginal lake3 points QUESTION 5GigaPan 4.) Second snapshot - What is the name for this landform?hornarêtedrumlinroche moutonnéeend morainekettle2 points QUESTION 6GigaPan 4.) Third snapshot - Is this valley glacial or river-carved in origin?glacial. It is U-shaped.river-carved. It is V-shaped.2 points QUESTION 7GigaPan 5.) First snapshot - What kind of landform is this?medial morainelateral moraineend moraineglacial outwash deltaroche moutonnéehanging valleyhorn3 points QUESTION 8GigaPan 5.) Second and third snapshots - What kind of landform are these?medial morainelateral moraineend moraineglacial outwash deltaroche moutonnéehanging valleyhorn3 points QUESTION 9GigaPan 5.) General question - Does the glacier in this photo appear to be advancing or retreating?GigaPan 5.) General questionAdvancing: you can see it plowing up everything in its pathAdvancing: it's flowing downhillRetreating: the valley it sits in shows many features that indicate the glacier used to be larger and extend further downhill from its present position.Retreating: the valley downhill is V-shaped and shows no sign of more extensive glaciation.3 points QUESTION 10GigaPan 6.) First snapshot - What feature can be seen here?medial morainesglacial striationsfjordsdrumlinscrevasseshanging valleyarêtes3 points QUESTION 11GigaPan 6.) Second snapshot - What feature can be seen here?medial morainesglacial striationsfjordsdrumlinscrevasseshanging valleyarêtes3 points QUESTION 12GigaPan 7.) This GigaPan was taken looking from north to south. Several features are visible, including sedimentary bedding (gray and tan), mineral veins (orange, perpendicular to bedding; and white, diagonal to bedding), and glacial striations. Identify the glacial striations and determine in which direction the glacier was flowing.north to southwest to eastnorthwest to southeastup3 points QUESTION 13GigaPan 8.) This is a deposit of glacial till. Identify the key characteristics of this sedimentary deposit. This is a MULTIPLE ANSWER QUESTION. Select ALL options that are correct.Well sortedModerately sortedPoorly sortedContains only well-rounded clasts (boulders/cobbles)Contains a mix of faceted clasts (boulders/cobbles) and well-rounded clastsContains only angular clastsSome clasts are striated (scratched)No clasts are striated (scratched)9 points QUESTION 14GigaPan set 9.) Here are two sedimentary rocks, A and B: Which one is glacial in origin (lithified till, or "tillite")? Why?Sample A, because it is poorly sorted and contains a faceted, striated clast.Sample A, because it is well sorted and contains a faceted, striated clast.Sample A, because it is poorly sorted and contains a rounded clast.Sample B, because it is poorly sorted and contains faceted, striated clasts.Sample B, because it is well sorted and contains rounded clasts.Sample B, because it is poorly sorted and contains rounded clasts.3 points QUESTION 15GigaPan 10.) First snapshot - What is the origin of this sediment?Glacial till (moraine)Glacial outwash (braided stream)Landslide (talus cone)3 points QUESTION 16GigaPan 10.) Second snapshot - What is the origin of this sediment?Glacial till (moraine)Glacial outwash (braided stream)Landslide (talus cone)3 points QUESTION 17GigaPan 10.) Third snapshot - What is the origin of this sediment?Glacial till (moraine)Glacial outwash (braided stream)Landslide (talus cone)3 points QUESTION 18GigaPan 11.) First snapshot - What feature can be seen here?medial morainelateral moraineend moraineglacial outwash deltaroche moutonnéehanging valleyhorn3 points QUESTION 19GigaPan 11.) Second snapshot - What feature can be seen here?medial morainelateral moraineend moraineglacial outwash deltaroche moutonnéehanging valleyhorn3 points QUESTION 20Topographic map of Jackson, Michigan - Has this area been glaciated by an alpine/mountain glacier or a continental ice sheet? (compare lab manual Figs. 13.1 & 13.2 vs. Figs. 13.8 & 13.9)alpine / mountain glaciercontinental ice sheet3 points QUESTION 21Topographic map of Jackson, Michigan - Locate the landform called "Blue Ridge" on the map (first snapshot; also outlined in yellow on the Google Map), which happens to be made of sandy sediment (not till). Describe the most likely origin of this landform (text, page 615), and what is it therefore specifically called?This is an end moraine, deposited by a glacier.This is a medial moraine, in the middle of an active valley glacier.This is a lateral moraine, on the edge of a valley glacier.This is an esker, a deposit made by meltwater sorting glacial sediment.This is a kame, a mound-like deposit of till.This is a drumlin, a streamlined elliptical hill of till.This is a glacial outwash delta, where a stream fed into a standing body of water such as a lake.This is a cirque, a bowl-like depression carved by the upstream end of a valley glacier.3 points QUESTION 22Topographic map of Kingston, Rhode Island - Locate the southern extent of Pleistocene glaciation on this map (i.e., find the terminal moraine). What specific man-made feature runs parallel to the edge of this moraine?Blackberry HillPost RoadMoonstone BeachGreen Hill Road3 points QUESTION 23Topographic map of Kingston, Rhode Island - What type of glacial ponds are shown on this map (see second snapshot, also outlined in yellow on Google Map)? (lab manual Fig. 13.9)moraine-dammed lakestarnskettlesice-marginal lakes3 points QUESTION 24Topographic map of Holy Cross, Colorado - Has this area been glaciated by an alpine/mountain glacier or a continental ice sheet? (compare lab manual Figs. 13.1 & 13.2 vs. Figs. 13.8 & 13.9)alpine / mountain glaciercontinental ice sheet3 points QUESTION 25Topographic map of Holy Cross, Colorado - Match the lakes named here with their correct classification. - A. B. Seven Sisters Lakes - A. B. Bowl of Tears - A. B. Fancy Lake - A. B. Tuhare LakesA.pater nosterB.tarn8 points QUESTION 26Topographic map of Holy Cross, Colorado - Locate the bedrock ridge that makes the Continental Divide in the southeastern corner of the map (snapshot number three, also outlined in yellow on Google Map); what kind of ridge is this? (name it)arêteroche moutonnéedrumlinesker3 points QUESTION 27Topographic map of Palmyra, New York - Has this area been glaciated by an alpine/mountain glacier or a continental ice sheet? (compare lab manual Figs. 13.1 & 13.2 vs. Figs. 13.8 & 13.9)alpine / mountain glaciercontinental ice sheet3 points QUESTION 28Topographic map of Palmyra, New York - What sort of feature are Walton Hill, Hill Cumorah, and Bear Hill (snapshots #4-6, also outlined in yellow on Google Map) good examples of?medial morainesglacial striationsfjordsdrumlinscrevasseshanging valleysarêtes3 points QUESTION 29Topographic map of Palmyra, New York - Note the asymmetry of the hills. Which direction was the ice flowing when these features were formed?south to northnorth to southeast to westwest to east3 points QUESTION 30Topographic map of Fremont Lake South, Wyoming - What kind of lake is Fremont Lake (seventh snapshot; also very prominent in Google Map)?moraine-dammed laketarnkettlepater noster lakes3 points QUESTION 31Topographic map of Fremont Lake South, Wyoming - What kind of lake is Mud Lake (eighth snapshot; also outlined in yellow on Google Map)?moraine-dammed laketarnkettlepater noster lakes3 points QUESTION 32LiDAR map of Scandanavia - Explore the LiDAR image of a portion of Scandinavia. Try to find one of each of the following geomorphic features associated with continental glaciation. Take a screen shot of an example of each, then label key features of the image (annotate it), and submit (upload) those 5 images with your lab here:glacial striationsterminal moraineoutwash deltaeskerkettlesI recommend making one Word doc or PDF with all 5 images, and submit just that one "master" file containing all 5 answers.How to take a screen shot, if you're not familiar:Mac usersPC usersAttach File

Point out how Einstein’s special and general relativity theories impact modern technology.InstructionsIn a two-page paper, identify the physics principles contained within the following scenario. Explain how these principals connect to Einstein's theory of relativity or in modern applications in physics. If you use a GPS option on your car or a mobile device, you are using Einstein's theory of relativity. Finally, provide another example from your own experience, then compare and contrast your scenario to the provided example below.ScenarioMandy took a trip to Rome, Italy. She gazed out over the open ocean 20,000 feet below as her airplane began its descent to her final destination of Rome. It had been a long flight from New York to Rome, but she as she stretched, and her bones creaked as though she was old, she knew that in fact, she was a tiny bit younger than her compatriots back home, thanks to traveling at hundreds of miles per hour. In fact, time for her was running slowly compared to her friends in New York for two reasons: the speed at which she had traveled and the height of the airplane above the Earth. Neither, though, were noticeable.Additional Information1. Student listed physics principals including identification of a strong majority of elements, and includes excellent descriptive details.2. Student provided personal experience; descriptions of scenarios are clear; analysis of provided in detail.