Answer: 30 meq
Explanation:
We know that 1 gallon = <u>3.785 Litres</u>
1 litre = <u>1000 milliliters</u>
1 gallon = <u>3785 ml</u>
<u>Concentration = weight/volume </u>
= 565/3785
= 0.149 g/ml
= 149 mg/ml
Multiplying with 15 ml we get
= 149*15 = <u>2235 mg</u>
<u>The atomic weights of:</u>
Potassium (K) = 39
Chlorine (Cl) = 35.5
Finding the equivalent weight of Kcl = 39 + 35.5 = 74.5
So, 1 equivalent of KCl is 74.5 g
= 2235 mg * 1 meq/74.5 mg = 30 meq K+
Therefore, there are 30 milliequivalents of K in 15 ml of this solution
The emotions associated with traumatic events are transformed into physical symptoms." is the statement which will be included to teach psychodynamic theory of conversion disorder.
<h3>What is Psychodynamic theory of conversion disorder?</h3>
This states that the occurrence of some symptoms which aren't caused by organic diseases are usually as a result of psychological factors
Conditions such as traumatic events etc usually have an effect on the physical body.
Read more about Conversion disorder here brainly.com/question/15104316
#SPJ1
Answer:
a. satorius
Explanation:
The sartorius muscle is a two-joint muscle that moves both the hip and knee joints. Although anatomically considered a thigh extensor, its contraction actually causes a flexion of the hip joint. This is due to its location in the anterior (extensor) compartment of the thigh. Additionally, it is involved in abduction and external rotation of the hip joint.
In the knee joint, it forces an internal flexion and rotation. Flexion movement is the result of tendon insertion into the knee joint behind the flexor-extensor axis. When all five movements are performed simultaneously the legs cross in meditation position. Thus, the muscle is most easily palpable in this position.
Answer:
\rb. To accelerate the heart rate by interfering with vagal impulses
Explanation:
Digoxin is a cardiac glycoside which has both the cardiac as well as the electric effects. The most important electrical effect includes early parasympathomimmetic responses(decrease in heart rate) which are followed by late arrhythmogenic actions. Thus the parasympathetic effects of digoxin specifically on atria and AV node results in a decrease in heart rate while atropine in given in this condition because it is a parasympatholytic drug thus it reverses the bradycardia induced by digoxin by interfering with vagal impulses and increases the heart rate .
Hence the option \rb. To accelerate the heart rate by interfering with vagal impulses is true.
It would lower blood pressure. i hope this helps :)
