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Darya [45]
3 years ago
12

When people have their gallbladders removed, their bodies no longer have a place to store bile, and the bile flows from the live

r continuously. What effect might this have on their ability to digest fats?
A. There will be very little change since bile will still be present to emulsify fats.

B. Fats will be emulsified more efficiently with the constant flow of digestive enzymes.

C. It will be unlikely that they will be able to emulsify and digest fats.

D. Only small amounts of fats will get digested since high concentrations of bile enzymes are needed for efficient digestion.
Biology
1 answer:
Keith_Richards [23]3 years ago
5 0

Answer:

A. There will be very little change since bile will still be present to emulsify fats.

Explanation:

The gallbladder is a pear-shaped storage sac present in the alimentary canal of humans and functions to store excess bile in between meals. The bile is a greenish-yellow substance composed of different substances like salts, bile pigments, cholesterol etc. The bile is produced in the liver and aids in the digestion of fats.

The gallbladder serves as an intermediary between the organ of bile production (liver) and its destination (intestine). According to the question, once the gallbladder is removed, there is no longer a place to store bile. However, bile will still be produced by the liver and released directly into the intestine instead.

Hence, the bile will still be present to perform its function of emulsifying fats with little changes in the way it is released into the intestine. Note that, the gallbladder only regulates the speed at which the bile is released into the intestine.

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Answer No 1:

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Answer No 2:

Electrons move through the circuit from the negative power terminal to the positive power terminal.

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Answer No 3:

The correct option is B) Current

The movement or flow of electrons or electric charge is termed as electric current.  Whenever a circuit is completed, current is generated.

Other options like option C, resistance are not correct because resistance is the force which opposes current flow.

Answer No 4:

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Other options like option C are jot correct because resistance is the force which opposes the flow of current.

Answer No 5:

The correct option is C) resistance

Resistance can be described as the force which opposes the flow of current. Resistance can be measured in ohms. It can be described as the difficulty which electrons have in moving through a circuit.

Other option like option A is not correct because voltage is the force through which current is generated.

Answer No 6:

The correct option is C amps

The S.I unit through which current is measured is called amperes. The symbol for amperes is A.  Hence, option C is the correct option.

Other options like ohms are not correct because ohms is the S.i unit for resistance.

Answer No 7:

The correct option is A) volts

The S.I unit for voltage is volts. Voltage can be described as the potential difference which is present in a circuit. Hence, option A is correct.

Other options are not correct because amp is the unit of electric current and ohms is the unit for resistance.

Answer no 8:

The correct option is C) ohms

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Other options like option A is not correct because volts is the S.I unit of velocity. Option B is not correct because amps is the unit for electric current.    

Answer No 9:

The correct option is C) The voltage is decreased because of the electrical resistance.

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So, when the resistance increases, the voltage decreases.

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