If a run-time error appears when you run a macro that has worked in the past, some part of the macro code no longer makes sense to excel, ehere run-time denotes <span> the time during which a program is running</span>
This error occurs while the program is running.
Running<span> out of memorywill results in a </span>run-time error.
Answer:
Following are the code to this question:
/*using the select statement, that selects column name from the table blog.posts */
SELECT blog.posts.user_id, blog.posts.body, users.name/*column name user_id, body, name*/
FROM blog.posts/* use table name blog.posts*/
RIGHT OUTER JOIN users ON blog.posts.user_id = users.id;/*use right join that connect table through user_id*/
Explanation:
In the structured query language, RIGHT JOIN is used to recovers from both the right side of the table both numbers, although the left table has no sets. It also ensures that even if the 0 (null) documents are linked inside this left table, its entry will always return the outcome row, but still, the number of columns from its left table will be NULL.
In the above-given right join code, the select statements used that selects the column names "user_id, body, and the name" from the table "blog. posts" and use the right join syntax to connect the table through the id.
Answer:
Nomenclature
Explanation:
In the CPT manual, the digits of the Category III codes are not intended to reflect the placement of the code in the Category I section of the CPT Nomenclature .
Answer:
D - The patient’s weight is inaccurate due to the calibration of the scale.
Explanation:
if feel like it is but i'm not 100% sure, sorry if not right answer ( also taking the assignment )
Answer:
Program to Plot the power in Watts
voltage=1:200;
resistance=1000;
current=voltage/resistance;
power=current.*voltage;
plot(voltage,power);
xlabel('Voltage in Volts');
ylabel('Power in Watts'); //plot of this program is attached
Program for power in dBW
voltage=1:200;
resistance=1000;
current=voltage/resistance;
power=current.*voltage;
powerdB=10*log10(power);
plot(voltage,powerdB);
xlabel('Voltage in Volts');
ylabel('Power in dBW'); // plot output is also attached
I hope it will help you!