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4. When your urinary bladder is full, the bladder pressure can reach up to 60 mm H20. What is this pressure in units of Pascal? b. Assuming that there is no height difference between your urinary bladder and where your urine comes out, calculate the speed at which your urine comes out. The density of urine is 1030 kg/m³. If the diameter of a urethra is 6 mm, estimate the volume flow rate of urine as it comes out in units of liters per second. If a full bladder constitutes 500 mL of urine, how long will it take you to remove all of the urine from your bladder? The answer in part (d) is somewhat a realistic time for peeing? What should we factor in in order to make it more realistic? a. C. d. е.

4. When your urinary bladder is full, the bladder pressure can reach up to 60 mm H20. What is this pressure in units of Pascal? b. Assuming that there is no height difference between your urinary bladder and where your urine comes out, calculate the speed at which your urine comes out. The density of urine is 1030 kg/m³. If the diameter of a urethra is 6 mm, estimate the volume flow rate of urine as it comes out in units of liters per second. If a full bladder constitutes 500 mL of urine, how long will it take you to remove all of the urine from your bladder? The answer in part (d) is somewhat a realistic time for peeing? What should we factor in in order to make it more realistic? a. C. d. е.

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4. When your urinary bladder is full, the bladder pressure can reach up to 60 mm H20. What is this pressure in units of Pascal? b. Assuming that there is no height difference between your urinary bladder and where your urine comes out, calculate the speed at which your urine comes out. The density of urine is 1030 kg/m³. If the diameter of a urethra is 6 mm, estimate the volume flow rate of urine as it comes out in units of liters per second. d. a. С. If a full bladder constitutes 500 mL of urine, how long will it take you to remove all of the urine from your bladder? The answer in part (d) is somewhat a realistic time for peeing? What should we factor in in order to make it more realistic? е.
Transcribed Image Text:4. When your urinary bladder is full, the bladder pressure can reach up to 60 mm H20. What is this pressure in units of Pascal? b. Assuming that there is no height difference between your urinary bladder and where your urine comes out, calculate the speed at which your urine comes out. The density of urine is 1030 kg/m³. If the diameter of a urethra is 6 mm, estimate the volume flow rate of urine as it comes out in units of liters per second. d. a. С. If a full bladder constitutes 500 mL of urine, how long will it take you to remove all of the urine from your bladder? The answer in part (d) is somewhat a realistic time for peeing? What should we factor in in order to make it more realistic? е.
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  1. If a full bladder constitutes of urine, how long will it take you to remove all of the urine from your bladder?
  2. The answer in part (1) is somewhat a realistic time for peeing? What should we factor in in order to make it more realistic?
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