The %b format specifier
displays the word "true" or the word "False" based on a boolean expressions value.
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Answer:
One pillar is Salat
Explanation:
this pillar is very important to Muslims because this pillar stands for their daily prayers. Muslims express their faith to god through salat which means performing their daily prayers.
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Answer:
a present/present bias.
Explanation:
Psychology can be defined as the scientific study of both the consciousness and unconsciousness of the human mind such as feelings, emotions and thoughts, so as to understand how it functions and affect human behaviors in contextual terms.
This ultimately implies that, psychology focuses on studying behaviors and the mind that controls it.
A present/present bias can be defined as the tendency of an individual to pursue instant gratifications by undervaluing future returns while significantly overvaluing present rewards. Thus, it typically involves giving more preference to immediate gratification (reward) at the expense of long term (future) returns, intentions or benefits.
In this scenario, James's faulty thinking is an example of a present/present bias because he only thought of all the times he used flashcards and got a great score while failing to consider it ponder on all the times he got a great score without using flashcards, as well as the times he used them and didn't perform excellently.
Answer: hyperpolarized, longer.
Explanation:
An increase in potassium ions in the cardiac tissue will enable heart rate & volume to decrease.
The extracellular potassium concentration around a myocyte increases, and the potassium gradient accross the cell membrane reduces, and in turn the resting membrane potential will be more positive. There will be more negative resting membrane potential if extracellular potassium reduces.
Lesser potassium levels in the extracellular space will cause hyperpolarization of the resting membrane potential. For action potential to be initiated, depolarization of the membrane must be done essentially by a larger than normal stimulus.
Hypokalemia results in hyperpolarization in the myocytes' resting membrane potential in the heart. When there is more negative membrane potentials in the atrium it may result arrhythmias because of a more complete recovery from sodium-channel inactivation, less likely enabling the triggering of an action potential. Futhermore, the reduced extracellular potassium reduces the activity of the IKr potassium current and make ventricular repolarization slower. A delayed repolarization may project re-entering of arrhythmias.