3,5 and 4 are the only ones that will fill with water fully due to overflow from 3. The tops of the vessels are open. Meaning 3 will fill first, overflow into 5 and 4 shortly after. The remains water will just spill out below them.
1 will never get full enough to allow water into 2, 6 or 7.
@Reil76 If that were the case then every Individual MP should not be associated with any party until they are elected and they get choose once they are elected. What you are saying is asinine!
How can you not see that Canadians are having funding stripped to give away to foreigners? We have a massive immigration problem that has put a major drain on all of our systems.
Our country is at a tipping point. We can’t send people home because our housing market will crash. But our system cannot sustain the hole in our tax dollars funding housing and healthcare for people who don’t pay into it.
I truly don’t understand how everyone cannot see this….
Here's the cost of living ratio based on the average home price and average salary for all jobs in Texas and Ontario:
**Texas:**
- **Average Home Price in Texas**: Approximately **$335,600** (as of early 2025).
- **Average Salary for All Jobs in Texas**: The average salary is around **$52,885** per year.
The home price-to-income ratio is calculated by dividing the median home price by the median household income:
**Home Price-to-Income Ratio = Average Home Price / Average Annual Salary**
**Home Price-to-Income Ratio = $335,600 / $52,885 ≈ 6.35**
This ratio indicates that the median home price in Texas is about 6.35 times the average annual salary. While this ratio is above the often-cited "affordable" range of 3 to 5, it still reflects a relatively balanced housing market compared to some other regions, although affordability can be a concern, especially for those not earning above-average wages.
**Ontario, Canada:**
- **Average Home Price in Ontario**: As of the latest data for December 2024, the average home price in Ontario is approximately **$849,600**.
- **Average Salary for All Jobs in Ontario**: The average salary is around **$69,425** (CAD) per year.
The home price-to-income ratio is similarly calculated:
**Home Price-to-Income Ratio = Average Home Price / Average Annual Salary**
**Home Price-to-Income Ratio = $849,600 / $69,425 ≈ 12.24**
This ratio suggests that the median home price in Ontario is about 12.24 times the average annual salary. A ratio this high indicates significant challenges in housing affordability, where the average salary does not stretch far enough to cover the cost of an average home without a considerable portion of income going towards housing, potentially straining other areas of expenditure or requiring longer mortgage terms or larger down payments.
These calculations provide a snapshot of housing affordability in both regions, highlighting the stark contrast between Texas and Ontario. In both cases, local economic conditions, interest rates, and personal financial situations will further influence how these ratios play out in real life.
Yes, both XRP (Ripple) and ADA (Cardano) are considered ISO 20022 compliant as of late 2025. ISO 20022 is an international standard for financial messaging that enhances data richness, interoperability, and efficiency in payments and securities processing—making it a key bridge between traditional finance (TradFi) and blockchain tech. Compliance means these cryptocurrencies can integrate seamlessly with global systems like SWIFT, Fedwire, and central bank infrastructures, potentially boosting adoption for cross-border payments and tokenized assets.
XRP (Ripple)
- Ripple has been a pioneer in ISO 20022 alignment since 2020, with its network designed for real-time settlements that match the standard's requirements for structured data and messaging. This positions XRP as a leading choice for banks and institutions handling remittances and liquidity.
- Recent developments, like Fedwire's full ISO 20022 adoption in 2025, further amplify XRP's utility.
ADA (Cardano)
- Cardano achieved full compliance through its focus on formal verification, smart contracts, and scalable infrastructure that supports ISO 20022's data formats. This enables ADA for enterprise-grade applications like supply chain finance and DeFi that require regulatory-grade messaging.
- It's listed alongside XRP in multiple 2025 analyses of compliant assets, emphasizing its role in institutional blockchain integration.
While compliance doesn't guarantee regulatory approval everywhere (e.g., ongoing SEC scrutiny for XRP), it signals strong potential for mainstream use.
Yes, both XRP (Ripple) and ADA (Cardano) are considered ISO 20022 compliant as of late 2025. ISO 20022 is an international standard for financial messaging that enhances data richness, interoperability, and efficiency in payments and securities processing—making it a key bridge between traditional finance (TradFi) and blockchain tech. Compliance means these cryptocurrencies can integrate seamlessly with global systems like SWIFT, Fedwire, and central bank infrastructures, potentially boosting adoption for cross-border payments and tokenized assets.
XRP (Ripple)
- Ripple has been a pioneer in ISO 20022 alignment since 2020, with its network designed for real-time settlements that match the standard's requirements for structured data and messaging. This positions XRP as a leading choice for banks and institutions handling remittances and liquidity.
- Recent developments, like Fedwire's full ISO 20022 adoption in 2025, further amplify XRP's utility.
ADA (Cardano)
- Cardano achieved full compliance through its focus on formal verification, smart contracts, and scalable infrastructure that supports ISO 20022's data formats. This enables ADA for enterprise-grade applications like supply chain finance and DeFi that require regulatory-grade messaging.
- It's listed alongside XRP in multiple 2025 analyses of compliant assets, emphasizing its role in institutional blockchain integration.
While compliance doesn't guarantee regulatory approval everywhere (e.g., ongoing SEC scrutiny for XRP), it signals strong potential for mainstream use.