The correct answer for this question is "more water is lost than enters the body". Isotonic Fluid Loss can also be referred to as Dehydration. Dehydration is the state of losing too much water than absorbing the required water that the body needs. Based on the given situation, a patient with flu and reports about five to six loose stools a day can lead a patient to dehydration because of his continuous pooping. Water lost must be replaced, so that the patient won't be dehydrated.
It is important to identify compensations seen during the modified thomas test because option D: most people have short/stiff anterior hip muscles.
The modified Thomas test measures the femur's angle of abduction in relation to the pelvis, which is an objective measure, and the pelvic position is constant when comparing results from one test to another. The lower extremity on the concerned side won't be able to stretch all the way at the hip if the iliopsoas muscle is short or there is a contracture. This results in a favourable Thomas test result. This therefore, implies that option D is the right choice.
A psoas dysfunction may occasionally coexist with a very flexible patient's Thomas test being normal. However, a positive test is a good indication of psoas hypertonicity in the patient with a normal hip joint.
To know more about Thomas test, refer to the following link:
brainly.com/question/1155364
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The answer is reducing the intake of fat.
The answer is <span>Polonium-218 (84 protons).
Alpha particles consist of two protons and two neutrons. So, mass is 4 (2+2) amu </span><span>.
</span><span>When an atom of emits an alpha particle, its atomic number will be reduced by 2 and a mass number will be reduced by 4:
</span> → + .<span>
After emission of the alpha particle from Radon-222 with 86 protons, the daughter product will have the atomic number reduced by 2: 86-2 = 84 and the mass number reduced by 4: 222-4=218:
</span> → + .
Is there a picture or do you want me to explain
