Let's break down the solution step-by-step.
The question doesn't seem to align directly with the scenario we have about computers. It seems this question about medical procedures doesn't appear to be related to the numerical result provided.
However, addressing the numerical result given:
1. We started with an initial number of 9 computers.
2. An additional 5 computers are being added each day.
3. This process occurs over a span of 4 days (Monday to Thursday).
First, we calculate how many computers are added over this period:
- In 4 days, we add [tex]\(5 \times 4 = 20\)[/tex] computers.
Next, we add the computers added to the initial number to get the total number:
- Total number of computers is [tex]\(9 + 20 = 29\)[/tex].
The final result is as follows:
- The total number of additional computers is 20.
- The total number of computers after these additions is 29.
These numbers reflect the result:
- The number of additional computers: 20.
- The total number of computers: 29.
Now, considering the actual question provided about TKA and THA procedures:
Since the numerical result does not appear to be related to verifying whether the statement about TKA and THA procedures is true or false, I suggest you cross-verify the estimation for procedures in 2025 from relevant medical or statistical sources.
As this information is more related to healthcare statistics and not mathematical calculation, we can't directly conclude using the given numerical result. Let’s treat the original questions about TKA and THA procedures independently, and thus, you would need verified data to answer whether it is true or false.
