Question

What's the least current to kill you? A. Nanoamp B. Microamp C.Milliamp D.Amp

What's the least current to kill you?

A. Nanoamp

B. Microamp

C.Milliamp

D.Amp

Homework Answers

Answer #1

1 milliamp --- just a faint tingle

5 milliamps --- slight shock felt, disturbing but not painful. However, strong involuntary movements can cause injuries. Most people can "let go".

6-30 milliamps --- painful shocks, muscular control is lost. It may not be possible to "let go".

50-150 milliamps --- extreme pain, respiratory arrest, severe muscular contractions. Death is possible.

1-4.3 amps --- ventricular fibrillation, muscle contraction, nerve damage begins to occur. Death is likely.

10 amps --- cardiac arrest and severe burns occur. Death is probable.

So, the correct answer is (C) Milliamp.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
To kill a cancer cell, the cytosol must have a concentration of at least 5nM of...
To kill a cancer cell, the cytosol must have a concentration of at least 5nM of doxorubicin. For a cell with active ABC transporters what must the doxorubicin concentration OUTSIDE the cell be in order to kill the cancer? Based off this answer, answer this question. Doxorubicin has been known to also cause caradic arrest when the dose creates a serum level (level of extracellular concentration) of 0.5 mM. Would the required dose of dox. needed in the above question...
Q) In a family of 6 people, what's the probability at least two were born in...
Q) In a family of 6 people, what's the probability at least two were born in the same month? (You may assume each person was equally likely to have been born in any month of the year.)
If two couples have 7 children, what's the probability of having AT LEAST 5 boys.
If two couples have 7 children, what's the probability of having AT LEAST 5 boys.
What's the current yield of a 5.60 percent coupon bond quoted at a price of 97.18?...
What's the current yield of a 5.60 percent coupon bond quoted at a price of 97.18? (Round your answer to 2 decimal places..)
What's the current yield of a 3.8 percent coupon corporate bond quoted at a price of...
What's the current yield of a 3.8 percent coupon corporate bond quoted at a price of 102.08? (Round your answer to 2 decimal places.)
If you are to design a disinfection reactor by adding free chlorine to kill the bacteria...
If you are to design a disinfection reactor by adding free chlorine to kill the bacteria and virus (the reaction is typically first-order exponential decay of microbe number with time), do you want to use A. PFR or B. CMFR? Circle your choice and explain your answer in 1-2 sentences
Which description is correct for activated CD8+ T-cells? a. They kill bacteria and fungi. b. Their...
Which description is correct for activated CD8+ T-cells? a. They kill bacteria and fungi. b. Their effector function is triggered when they can’t detect the expression of HLA class I on the target cell. c. Their secondary function is to inhibit macrophages and local inflammation. d. They release molecules onto virally infected cells to kill them.
A. What's the differance between Amylose and Amylopectine? (please highlight the important differances) B. What's the...
A. What's the differance between Amylose and Amylopectine? (please highlight the important differances) B. What's the differances between Glycogen and Amylan? (also where is it stored?) C. In which configuration we will find Glucose in Cellulose? (not even sure I got what they meant by configuration? do they mean like in orgo cys trans/equatorial and axial/ or just alpha beta glucose???) thanks in advance!
how would you handle some coworker that will kill morale and get other employees to follow...
how would you handle some coworker that will kill morale and get other employees to follow them and they too will become negative. how would you handle this in your workplace? Explain.
What's the Fourier transform of e^[-absolute value(t)/a]*cos(b*t) where a and b are constants.
What's the Fourier transform of e^[-absolute value(t)/a]*cos(b*t) where a and b are constants.