I’d also say B, which is 2
Answer:
The statement is as follows:
print("{0:,.1f}".format(number))
Explanation:
Required
Statement to print 1234567.456 as 1,234,567.5
To do this, we make use of the format keyword, and we set the print format in the process.
To round up number to 1 decimal place, we use the following format:
"{0:,.1f}"
To include comma in the thousand place, we simply include a comma sign before the number of decimal place of the output; i.e. before 1
"{0:,.1f}"
So, the print statement is:
print("{0:,.1f}".format(number))
Answer:
It is important to note that the primary purpose of EHRs is to support and improve individual patient care. As such the EHR is created and held according to professional and legal obligations of confidentiality
Explanation:
The code segment does not compile because the method 'reset' does not return a value that can be displayed.
A method refers to a block of that which only runs when it is called. It is permissible to pass data, referred to as parameters, into a method. Methods are used to accomplish certain actions, and they are also called functions. As per the given code segment that appears as a method in a class, it does not compile because the method named 'reset' is not returning a value that can be printed on the screen as an output.
"
<em>Complete question:</em>
Consider the following code segment, which appears in a method in a class other than password.
Password p = new Password("password");
System.out.println("The new password is " + p.reset("password"));
The code segment does not compile because _____________ .
"
You can learn more about Method at
brainly.com/question/27415982
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Answer:
In the HC12 MCU, the starting address of interrupts is stored in the vector table as a vector. The ISR or interrupt service routine fetches the vector of the interrupt to be executed.
Explanation:
The HC12 or 68HC12 microcontroller was developed by Motorola, its controllers have a clock speed of between 8 to 33MHz.
The MCU stores interrupt events in a vector table where the interrupt service routine fetches enabled interrupt to execute.
When an interrupt is detected, the MCU stores all its registers in a stack to be able to return to the program it was previously running, then it disables the maskability flag register to prevent another maskable interrupt from occurring during the current interrupt execution.
The MCU interrupt service routine fetches the required interrupt from the vector table. After the interrupt is executed, the mask flag is enabled and the MCU retrieves or returns back to the previous program in the stack.
