Question

10:46 A EOS = = ... 37%. + Expert Q&A + All of these are fill in the blank. 1. Solutes that can cross the membrane will move from an area of high concentration to an area of lower concentration. This movement is termed 2. Maintenance fluids are the amount of fluid required to replace normal body loss on a 24 hour basis. It is divided in to 2 components; sensible and insensible. Sensible losses are from . This value is easily measured. 3. Normal sensible loss is calculated at - ml/kg/day or ____ml/kg/hr. 4. Insensible losses are: - and predominatly. These account for _ _ml/kg/day or _ml/kg/hr. 5. The average maintenance fluid replacement used in many practices is m l/kg/day in small animals. Horsed typically get an average of __ _ml/kg/day. 6. Thin animals may appear to have_deficit and obese animals a deficit than is actually present. 7. The test should be performed over the ____area of the body to decrease inaccuracy. 8. Volume overload ( administration of large volume fluids too rapidly) can be monitored using 9. The maximum concentration of dextrose that should be administered SQ is _%. 10. Enteral fluids are often given by _ tube to large animal patients. 9.A can be used in small patients to prevent overhydration and is also in administration of constant rate infusion drugs. These generally hold 100-150 ml in fluid. 10. The_ _would connect the fluid bag to thr patients catheter.

I am needing help with the fill in the blank answers for my medical health scince math class. All of the fill in the blank. Not just question one by March the 22nd. I need help

Answer 1

1. Osmosis.

2. Urination and defecation

3. 1050 to 1500 ml per day or 43 to 62 mL per hour.

4. Skin, respiratory tract losses & non pphysiologic losses such as fever, vomitting, diarhoea. 600 to 900 ml per day or 25 or 37.5 ml per hour

5. 80 x body weight per day for small animals

132 x body weight per day for horses

6. Thin animals have volume deficit and obese animals have Surface area deficit.

7. Surface area.

8. MAP, pulse rate, weight, edema, end diastolic volume, intrathorasic volume, ejection fractions, cardiac indexing etc.

9.