Answer:
<em>The right to leave the hospital against medical advice
</em>
Explanation:
A patient (or relative in charge, if patient is unconscious) always has full freedom to make a decision on their health, for example leaving the hospital or rejecting an exam, even if it goes against what the doctor treating him advice, this applies as long as the patient can make an informed decision, for this the patient needs to be mentally available and physically able to demonstrate awareness of the situation and mental stability.
If a patient is having mental issues and is not able to understand or process the information given that the patient is deprived of the right to leave the hospital against medical advice, especially if the patient is dangerous as they could cause problems.
Answer:
a. Uses economic tools to examine political behavior.
Explanation:
Public choice is a field that uses economics to analyze and understand situations related to the political science like behavior, for example, the analysis of voters' behavior using decision theory. According to this, the answer is that public choice is a field of study that uses economic tools to examine political behavioral.
The other options are not right because population growth and consumption chooices are not related to political science and public choice uses economic tool not mathematics and statistics.
<span>c. make more money hope it helped </span>
Answer:
Avoidable interest is $272,064.
Explanation:
Compute the interest on new notes payable, using the equation as shown below:
Interest = Principalof 13% note payable × Rate of interest
=$1,059,300×13%
=$137,709
Hence, the interest of new notes payable is $137,709.
Compute the interest of outstanding notes payable using the equation as follows:
Interest = Outstanding principal × Weighted average interest rate
=$1,268,700×10.59%
=$134,355
Hence, the interest of outstanding principal which is needed to be considered for the calculation of avoidable interest is $134,355
Avoidable interest is $272,064.
Answer:
48.65%
Explanation:
Since the average time it takes car drivers to fill their tanks is exponentially distributed at 7.5 minutes, we can elaborate an exponential formula to calculate the number of times a gas tank can be filled in a certain period of time:
e⁻ˣ/ⁿ
- e = 2.718
- x = 5 minutes
- n = 7.5 minutes
= 2.718⁻⁵/⁷°⁵ = 0.5134
now, the probability that a driver can fill his/her tank in less than 5 minutes = 1 - 0.5134 = 0.4865 or 48.65%