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Nice List: -Mr. Yaun -Students working on page 33, numbers 10 and 11 Naughty List: -Students NOT working on page 33, numbers 10 and 11.
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Nice List: -Mr. Yaun -Students working on page 33, numbers 10 and 11 Naughty List: -Students NOT working on page 33, numbers 10 and 11
Check out these amazing TREE CLIMBING goats.Found in Morocco, they climb these Argan tree in search of food. It's hard to imagine that animals with hooves could be so adept at climbing but these images are 100% real. Food is fairly sparse in this area, so they have to grab it when they can - even if it's high up in a tree!The secret to their ability to climb lies in the shape of their hooves. The keratin reinforced hoof wall adds strength, while the soft textured sole provides traction and grip. It's also capable of deforming inwards to counter irregularities in the terrain. Their toes are capable of operating independently giving them more of a "grip".These hooves evolved to allow the goats to climb rocky, mountainous areas - but they've shifted ecosystems to the trees!
Check out these amazing TREE CLIMBING goats.Found in Morocco, they climb these Argan tree in search of food. It's hard to imagine that animals with hooves could be so adept at climbing but these images are 100% real. Food is fairly sparse in this area, so they have to grab it when they can - even if it's high up in a tree!The secret to their ability to climb lies in the shape of their hooves. The keratin reinforced hoof wall adds strength, while the soft textured sole provides traction and grip. It's also capable of deforming inwards to counter irregularities in the terrain. Their toes are capable of operating independently giving them more of a "grip".These hooves evolved to allow the goats to climb rocky, mountainous areas - but they've shifted ecosystems to the trees!
DNA Replication Page 19
DNA Polymerase – principle enzyme involved in DNA replication; it joins individual nucleotides to produce a new strand
DNA Helicase “unzips” the 2 strands, allowing 2 replication forks to form DNA Polymerase adds new bases to the original strand The result is 2 identical DNA molecules DNA Replication:
Homework: • Read Section 12.3 and do Page 353, 1 – 3 QUIZ Tomorrow! TEST AFTER THE BREAK!!! Today: Do 32, 34 and 36 Whatever is not finished will be homework