Answer:
um ok well this is some good stuff here
Explanation:
so for the 1rst question it is by the way the body thrashes when the brain realizes it can get any oxygen plus they start to weez and well I am in CPS and the placement here restrained me to the point where I was literally on the brink of passing out or dying I dont really know to be sure but um so that is 2 ways you can tell that they are choking.
for the 2nd one um i have this .To perform abdominal thrusts (Heimlich maneuver) on yourself, place a fist slightly above your navel. Grasp your fist with the other hand and bend over a hard surface, or for others
Have the victim stand and face away from you, then wrap your arms around their waist from behind. Then, repeat the following steps as needed: Make a fist and place the side with your thumb in their upper abdomen, underneath their sternum, or ribcage.
the 3rd is To either side of the rectus abdominis are the other three layers of abdominal muscles. The deepest of those layers is the transversus abdominis, which has fibres that run perpendicular to the rectus abdominus; the transversus abdominis acts to compress and support the abdomen and provides static core stabilization.
Perform between six and 10 abdominal thrusts until the blockage is dislodged
Position your hands a little bit higher than with a normal Heimlich maneuver, at the base of the breastbone, just above the joining of the lowest ribs.
Proceed as with the Heimlich maneuver, pressing hard into the chest, with a quick thrust.
Answer: C
Explanation: I hade to train my cat's by giving a tap on the butt /lower back .When they did stuff like get on the table. For scratching on your fruniture ,I picked them up and taped them and said"No don do that "in a light/nice voice.
I hope this helped :)
Answer:
It is impossible for a person to hold their breath long enough to pass out because our body has the ability to control the breathing mechanism itself without influence from outside causes.
Explanation:
Answer:
<em><u>"The number of squares between each QRS complex and multiplying by 40 milliseconds. Gives you the cycle length of a patient's heart rate. You then divide 60,000."</u></em>
