43. kui kaua on ta olnud pime-how long has he been blind 44. käskivalt-imperiously 45. naerma puhkema-bust out laughing 46. piht-waist 47. miks ta kehitas õlgu-why did he shrug his shoulders 48. vaata lapsed plaksutavd käsi-look the children are clapping their hands 49. ära nipsuta oma sõrmi kogu aeg-dont snap your fingers all the time 50. ta noogutas peaga nõusolekuks-he nodded his head in agreement 51. koerad hauguvad-dogs bark 52. hobused hirnuvad-horses neigh 53. hundid uluvad-wolves howl 54. lõvid möirgavad-lions roar 55. lambad määgivad-sheep bleat 56. ussid sisisedavd-snakes hiss 57. öökullid huilgavad-owls hoot 58. kassis näuvad-cats miaow 59. kanad kaagutavad-hens cluck 60. linnud siristavad-birds chirp depht-sügavus
nections. An innocent association with either bad things or good things will influence how people feel about us (Lott 8{ Lott, 1965). Our instruction about the way negative association works seems to have been primarily undertaken by our parents. Remember how they are always warning us against playing with the bad kids down the street? Remember how they said it didn't matter if we did nothing bad ourselves because, in the eyes of the neigh- borhood, we would be "known by the company we kept." Our parents were teach- ing us about guilt by association-and they were giving us a lesson in the negative side of the principle of association. And they were right. People do assume that we have the same personality traits as our friends (Miller, Campbell, Twedt, 8{ O'Connell, 1966). As for the positive associations, it is the compliance professionals who teach the lesson
The myofibrils are abundant in skeletal sarcomeres in series. The length of the myo- muscle cells, making up nearly 80–90% of fibril and also the muscle cell is dependent the volume of the cell. Myofibrillar proteins on the number of sarcomeres. For example, are relatively insoluble at physiological ionic the semitendinosus, a long muscle, has been strength, requiring an ionic strength greater estimated to have somewhere in the neigh- than 0.3 to be extracted from muscle. For this borhood of 5.8 × 104 to 6.6 × 104 sarcomeres reason, they are often referred to as “salt- per muscle fiber, while the soleus has been soluble” proteins. Myofibrillar proteins make estimated to have approximately 1.4 × 104 up approximately 50–60% of the total extract- (Wickiewicz et al. 1983). Adjacent myofi- able muscle proteins. On a whole muscle brils are attached to each other at the Z-line
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