Mass m1 = 4.0 kg with initial velocity v⇀1i=5.0 m/s i^+3.0 m/s j^{“version”:”1.1″,”math”:”v⇀1i=5.0 m/s i^+3.0 m/s j^”} collides with mass m2 = 6.0 kg with initial velocity v⇀2i=-2.0 m/s i^+4.0 m/s j^{“version”:”1.1″,”math”:”v⇀2i=-2.0 m/s i^+4.0 m/s j^”} and they stick together.  What is the velocity of the masses immediately after the collision?

Given for substance Blinnonium:  Specific heat:  solid 6.0 J/(kg·K),      liquid  12.0 J/(kg·K),     gas 3.0 J/(kg·K) Lf  = 2000. J/kg,    Lv = 6000. J/kg. Melting/freezing temperature 50.°C How much heat energy must be added to 2.0 kg of solid Blinnonium initially at 50.°C to bring it to a final temperature of 110.°C?

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26. Which of the following conditions would likely have fluid restrictions as part of the medical management plan?

32. A patient is diagnosed with a gastrointestinal disorder. The physician told the patient that their particular disease affects the mucosa and submucosa of the colon in a continuous manner, without skips. That description is consistent with what diagnosis?

21. Muscle weakness or atrophy due to endocrine dysfunction would tend to present in which of the following patterns?

25. Which of the following treatment considerations is important for any patient with a known endocrine pathology?