Check the pulse of your friends a. Record 15 seconds HP: b. Record 1 min HP:...
Homework Answers
Check the pulse:
Place your index and middle finger on your wrist, between bone and tendon over radial artery which picture thumb size on your wrist.
Explain results for 15 seconds:
If you count the pulse for 15 minutes, then that reading must be multiplied by four and explain the rate to the patient.
For ex
You counting pulse for 15 seconds and its about 20beats per 15 seconds.
Make 20×4= 80
So your friend pulse rate is 80.
Record for 1 minute:
If you check your friend pulse over one minute, that is considered as pulse rate if your friend.
Example
If the rate is 80 beats per minute, explain to your friend as pulse rate is 80beats per minute
Always checking pulse for full minute considered highly reliable.
Add Answer to:
Check the pulse of your friends
a. Record 15 seconds HP:
b. Record 1 min HP:...
1. Which of the following should you remember when using an AED? a. Check pulse before...
1. Which of the following should you remember when using an AED? a. Check pulse before resuming compressions after a shock. b. Do not place on medication patches. c. After a shock is delivered, allow 10 seconds before resuming CPR. d. Never place an AED pad on a hairy chest. 2. What is the proper initial sequence for BLS if the arrest is unwitnessed? a. Locate AED and call for help, initiate compressions. b. Check responsiveness, activate emergency response, retrieve...
Check your understanding In a clinical setting, why is it advisable to record the heart rate...
Check your understanding In a clinical setting, why is it advisable to record the heart rate for 60 seconds rather than for a shorter duration (for example, 15 or 30 seconds)? Enter your answer here Bi x₂x²
1. Given the equation y = mx +b , if b has units of kg/seconds, x...
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Problem 6.16 7 of 23 Review Constants An uncharged 0.2 μ capacitor is driven by a triangular current pulse. The current pulse is described by: t0s; O, 5000t A 10.2-50001 A, The vollage is described b...
Problem 6.16 7 of 23 Review Constants An uncharged 0.2 μ capacitor is driven by a triangular current pulse. The current pulse is described by: t0s; O, 5000t A 10.2-50001 A, The vollage is described by: r(t) = 12.5 × 10,2 v 20 μ.<1<40pcs; t40 ps. 0, 0 s; 0st 20 us; 20 MS t-40 μ8; t40 s. - (loft-12.5 x 10":2-10) V, 10 V The power is described by: tS0s 0. p(t)-62.5 x 1012tt w 1>, 40μ. 0. The...
QUESTION 6: 15 marks 15 points A pulse tracer experiment was conducted in a tubular reactor...
QUESTION 6: 15 marks 15 points A pulse tracer experiment was conducted in a tubular reactor and RTD function E(t) was calculated and tabulated belowin Table 1. An irreversible, aqueous-phase, elementary reaction, 2AB+C, with k = 0.5 L.mol-1 min -1 at 320K will be carried out isothermally at 320K in this reactor, whose mean residence time was found to be 15 min from RTD studies. The feed concentration of A is 2mol/dm3. Determine the conversion that can be attained in...
You want to measure your resting pulse rate. You might count the number of beats in...
You want to measure your resting pulse rate. You might count the number of beats in five seconds and multiply by 12 to get beats per minute. Consider counting the number of beats in 15 seconds and multiplying by 4 to get beats per minute. In what way will this improve the reliability of your measurement? a. This measurement will likely have a smaller variance, since you're multiplying by 4 instead of 12. b. You are less likely to make...
3. Consider the following utility function, u (1, 2) min br 0<a1 and b>0 (a) [15...
3. Consider the following utility function, u (1, 2) min br 0<a1 and b>0 (a) [15 points] Derive the Marshallian demand functions. (Explain your derivation in details.) Does the Marshallian demand increase with price? consumption goods normal goods? (b) [ 15 points Derive the Hicksian demand functions. Does the icksian demand increase with price?
advanced CRE step by step solution 15 points A pulse tracer experiment was conducted in a...
advanced CRE
step by step solution
15 points A pulse tracer experiment was conducted in a tubular reactor and RTD function e(t) was calculated and tabulated belowin Table 1. An irreversible, aqueous-phase, elementary reaction, 2A-B-C, with k = 0.5 Lmol-1 min -1 at 320K will be carried out isothermally at 320K in this reactor, whose mean residence time was found to be 15 min from RTD studies. The feed concentration of A is 2mol/dm3. Determine the conversion that can be...
1. You are checking the pulse and breathing of a victim, you notice that the patient...
1. You are checking the pulse and breathing of a victim, you notice that the patient is gasping for air and you do not feel a pulse. What is your best next action? a. Start CPR b. Monitor the victim until help arrives c. Provide rescue breathing by delivering 1 breath every 5 to 6 seconds d. Find someone to help by retrieving the nearest AED 2. Which of the following terms refers to the presence of blood or other...
1. What is the correct sequence for BLS in an adult with no pulse? a. Compression,...
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Check your understanding In a clinical setting, why is it advisable to record the heart rate for 60 seconds rather than for a shorter duration (for example, 15 or 30 seconds)? Enter your answer here Bi x₂x²
Problem 6.16 7 of 23 Review Constants An uncharged 0.2 μ capacitor is driven by a triangular current pulse. The current pulse is described by: t0s; O, 5000t A 10.2-50001 A, The vollage is described by: r(t) = 12.5 × 10,2 v 20 μ.<1<40pcs; t40 ps. 0, 0 s; 0st 20 us; 20 MS t-40 μ8; t40 s. - (loft-12.5 x 10":2-10) V, 10 V The power is described by: tS0s 0. p(t)-62.5 x 1012tt w 1>, 40μ. 0. The...
QUESTION 6: 15 marks 15 points A pulse tracer experiment was conducted in a tubular reactor and RTD function E(t) was calculated and tabulated belowin Table 1. An irreversible, aqueous-phase, elementary reaction, 2AB+C, with k = 0.5 L.mol-1 min -1 at 320K will be carried out isothermally at 320K in this reactor, whose mean residence time was found to be 15 min from RTD studies. The feed concentration of A is 2mol/dm3. Determine the conversion that can be attained in...
3. Consider the following utility function, u (1, 2) min br 0<a1 and b>0 (a) [15 points] Derive the Marshallian demand functions. (Explain your derivation in details.) Does the Marshallian demand increase with price? consumption goods normal goods? (b) [ 15 points Derive the Hicksian demand functions. Does the icksian demand increase with price?
advanced CRE
step by step solution
15 points A pulse tracer experiment was conducted in a tubular reactor and RTD function e(t) was calculated and tabulated belowin Table 1. An irreversible, aqueous-phase, elementary reaction, 2A-B-C, with k = 0.5 Lmol-1 min -1 at 320K will be carried out isothermally at 320K in this reactor, whose mean residence time was found to be 15 min from RTD studies. The feed concentration of A is 2mol/dm3. Determine the conversion that can be...
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