Respiratory Rate

it's perfectly normal.

Yes, the normal pulse rate varies from 60 to 100. Anything between that is normal.

mm Hg (milimeters of mercury) usually measured with a Stethoscope and a sphygmomanometer .

prbells is what the medical field uses to describe:

p pulse

r rate

b blood pressure

e eyes(in mm if they are reactive to light)

l lungs(are they clear or not?)

l (level of conciousness x 1,2,3)

s skin(ex cool,pale,capillary refill)

Q: Name the four Vital organs, the Systen they belong to and the Vital Sign to look for to check the Organ is working? A: Vital Organ, System, Vital Sign 1. Brain, Central Nervous System, Leval Of Consciousness 2. Lungs, Respiratory System, Breathing 3. Heart, Circulatory System, Pulse 4. Skin, Integumentary System, Colour & Temperature

Yes, you may have increased pulse, blood pressure or respirations.

There are many places: The middle of the neck where your clavice(collar bone) comes together, the inside of your wrist where the radical artery is almost visible on the surface of the skin or the middle of the chest to the left of the sternum(breast bone) where the ribs connect.

An average adult breathes about 0.5 L of air per breath at rest. Normal air contains ~ 0.03 % of CO2 which gets enriched to 4 % of exhaled air. The difference, 3.97 % is what you exhaled. One mole of air at room temperature have a volume of ~22.4 L (use ideal gas equation p*V=n*R*T, p=pressure [bar], V=volume, n=amount in mole, R=ideal gas constant, T=temperature [Kelvin]). 1 mole CO2 is equivalent to 44 g.

So, 0.5 L*(1 mole /22.4 L)*(44 g / mole) = 0.982 g

One breath therefore contains ~ 1 g of exhaled CO2

Note: Some of the gases are not ideal (mostly CO2), the volume of one breath depends on the person (sex, age, fitness, size) and the activity. It can be up to 2 L at least. But it is just an approximation anyways.

Btw - 1 kWh of electricity cost about 600 g of CO2. An average light bulb of 60 W therefore gives rise to the production of 10 g CO2 / s during use (not counting its production or disposal).

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If one breath is 4% CO2 and 1 breath is 0.5 liter, Mass of CO2 = 0.04*0.5 L* (1/22.4) mol/liter* 44 g/mol * (273 K/310 K) = 0.035 g/breath, not 1 g/breath. Body temp is 37 oC = 310 K, but that's a minor point.

If 1kWh results in 600 g of CO2, 60 Watts leads to 60W*600 g/kWH *(1/3600) h/sec *(1/1000) kw/W= .01 grams/second of CO2 not 10 g/sec. Otherwise people may feel guilty about breathing.

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some serious problems with the decimal place in the original answer. atmospheric content co2 is roughly 350 PPM or .00035, less than the original answer by several orders of magnitude. maybe that's why all the histeria about global warming, smoking in the boys room during middle school math....

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You need to accurately check the heart rate. Digoxin can lower the heart rate to dangerous levels. You should not administer digoxin when pulse rate is already below 60.

When diastolic blood pressure (the lower BP number) is subtracted from the systolic blood pressure (the higher BP number), and the value is 60 or more, there is a widened pulse pressure. With persistently widened pulse pressures, individuals are at increased risk of cardiovascular and cerebrovascular (stroke) events.

When mixed they cause chlorine gas which pulls hydrogen from cell walls and creates trace amounts of hydrochloric acid in the lungs and throat.

Basically death, excruciating pain, and coughing up blood.

Premature: Heart rate=120-170bpm

Respiratory Rate=40-70

Blood Pressure=55-75/35-45

0-3 months: Heart rate=100-150bpm

Respiratory Rate=35-55

Blood Pressure=65-85/45-55

3-6 months: Heart Rate=90-120bpm

Respiratory Rate=30-45

Blood Pressure=70-90/50-65

6-12 months:Heart Rate=80-120bpm

Respiratory Rate=25-40

Blood Pressure=80-100/55-65

1-3 years: Heart rate=70-110

Respiratory rate=20-30

Blood Pressure=90-105/55-70

3-6 years: Heart rate=65-110bpm

Respiratory rate=20-30

Blood Pressure=95-110/60-75

6-12 years: Heart Rate=60-95bpm

Respiratory rate=14-22

Blood pressure=100-120/60-75

12-18 years: Heart Rate=55-85

Respiratory rate=12-18

Blood Pressure= 110-135/65-85

Heart rate: 50-100 beats per minute, depending on physical age and conditioning.

Respiratory rate: 12 breaths per minute

Blood Pressure: 120/80mmHg but this is seen to rise as people get older due to increased arterial resistance.

The normal respiratory rate for a twelve-year-old is between 18-30 breaths per minute.

NO. the difference between the Apical and Radial pulse is known as the pulse deficit. There should be some difference between the twon.

Normal conditions: 30-45bpm

The average adult resting pulse rate is between 70-80 beats per minute. Athletes may have slightly lower pulse rates and obese people higher.

There is a normal RANGE for pulse rates in the young adult. It is usually between 60-80, resting (but can be higher during activity, of course).

The three characteristics of a respiratory rate are rate, depth, and rhythm.

The normal heart rate for adults is between 60-100 beats per minute. However, medications and certain conditions can raise and lower your normal pulse rate. Additionally, people who are very physically fit sometimes have a much lower resting heart rate. See your doctor to determine what a proper heart rate is for yourself personally.

The normal "resting" range for a healthy adult female is between 60-100 beats per minute. A "resting" heart rate would be taken when you are doing a very mild activity, but best taken when, in fact, resting (sitting, laying down, etc).

If you check the vital signs at the same time with the same machine in the same circimstances everyday for a specified time, for example, take all the vital signs at say 08:00, everyday for a week or a month, with the same machine, in the same position. Write them down everyday then at the end of the specific time, the week or month you can graph the vs and it will give you a "plot "

becuse when we doing sport, our blood goes faster, the blood is go over the heart, and so if the blood goes faster the heart will go faster to.

Krisztina from the 7grade

in AISB.

In ocean water, all other factors being equal, you will expend your air in 20 minutes.

It is called a Irregular heartbeat.