ASL texas tech unit 4 activity 2 UNIT 4
Activity 2
Complete all components in the activity below according to the given instructions. Refer to the provided rubric for information on how you will be graded. Submit your work as a file attachment using the dropbox.

The activity is worth 15 points.

UNIT 4 ACTIVITY 2
Understanding and Communicating About Daily Activities
Part 1
Watch the following video and write down the two sentences that the model signs. The model will repeat these two sentences so you can see them clearly.

Part 2
Write a brief account of your school day that you will be able to communicate in ASL. Next, make a video describing your day. Make sure you are wearing something plain and that the video is well lit. Also, be sure to use at least five sentences to describe your day.

TABLE Grading Rubric
Written Sentences Video of Daily Activities
Full Credit
The student correctly writes down the two sentences the model signs in the video.

The student correctly and clearly communicates their daily activities using at least five ASL signed sentences.

Partial Credit
The student writes down two sentences the model signs in the video; the sentences are mostly correct.

The student communicates their daily activities using at least four ASL signed sentences. The signing is mostly correct and clear.

Little Credit
The student writes down something that the model signs in the video, but it is mostly incorrect.

The student communicates little about their daily activities using ASL signed sentences. The signing is not correct and/or clear.

the beginning of the iditarod trail sled dog race. the iditarod trail sled dog race first ran to nome in 1973.   the trail they used is today known as the iditarod trail, first surveyed by the alaska road commission in 1908 and now one of the national historic trails as so designated by the congress of the united states.

what inspired

the children of nome were dying in january 1925. infected with diphtheria, they wheezed and gasped for air, and every day brought a new case of the lethal respiratory disease. nome’s lone physician, dr. curtis welch, feared an epidemic that could put the entire village of 1,400 at risk. he ordered a quarantine but knew that only an antitoxin serum could ward off the fast-spreading disease.the nearest batch of the life-saving medicine, however, rested more than 1,000 miles away in anchorage. nome’s ice-choked harbor made sea transport impossible, and open-cockpit airplanes could not fly in alaska’s subzero temperatures. with the nearest train station nearly 700 miles away in nenana, canine power offered nome its best hope for a speedy delivery.sled dogs regularly beat alaska’s snowy trails to deliver mail, and the territory’s governor, scott c. bone, recruited the best drivers and dog teams to stage a round-the-clock relay to transport the serum from nenana to nome. on the night of january 27, 1925, a train whistle pierced nenana’s stillness as it arrived with the precious cargo—a 20-pound package of serum wrapped in protective fur. musher “wild bill” shannon tied the parcel to his sled. as he gave the signal, the paws of shannon’s nine malamutes pounded the snow-packed trail on the first steps of a 674-mile “great race of mercy” through rugged wilderness, across frozen waterways and over treeless tundra.even by alaskan standards, this winter night packed extra bite, with temperatures plummeting to 60 degrees below zero fahrenheit. although every second was precious as the number of confirmed cases in nome mounted, shannon knew he needed to control his speed. if his dogs ran too fast and breathed too deeply in such frigid conditions, they could frost their lungs and die of exposure. although shannon ran next to the sled to raise his own body temperature, he still developed hypothermia and frostbite on the 52-mile leg to tolovana before handing off the serum to the second dog team.

false

explanation:

genetics is the study of how dna works, the methodologies defining the new recent technologies allow scientist to have a panoramic view of the entire dna landscape, especially how genomes interact with their environment, including off course, factors outside their organisms.

thus is very possible the existence of both scenarios, where populations of isolated individuals have different genetic traits, and share traits related to genetic mutation, due rats can easily travel overseas using human transport channels. so scientists could get a vast number of data, including human interaction, evolution of rodents, health development, spread of infections, development of new organisms, how genomes evolve in different environments and so on.

a case involving the laws of a single state.