Every figure, quotation and attribution the video states, chased to a primary source.
The Federal Reserve Bank of New York ran the Oil Price Dynamics Report, which used a statistical model and a range of financial variables to split each week’s change in the Brent crude price into demand factors, supply factors and an unexplained residual. The Bank’s own announcement of the report gives the reason for separating them: the two kinds of shock “have very different implications for the U.S. economic outlook.”
The report was launched in May 2016 and discontinued in November 2023. The distinction it was built on is long established in Federal Reserve research: Lutz Kilian and Robert J. Vigfusson, The Role of Oil Price Shocks in Causing U.S. Recessions, Board of Governors of the Federal Reserve System, International Finance Discussion Papers No. 1114, August 2014, analyses the recessionary effect of oil price shocks and the conditions under which it varies.
Delta Air Lines, Inc., Form 10-K for the fiscal year ended 31 December 2025, filed 11 February 2026. The fuel consumption and expense table reports, for 2025:
| Year | Gallons consumed (millions) | Cost (millions) | Average price per gallon | Percentage of total operating expense |
|---|---|---|---|---|
| 2025 | 4,269 | $9,819 | $2.30 | 17% |
| 2024 | 4,114 | $10,566 | $2.57 | 19% |
| 2023 | 3,926 | $11,069 | $2.82 | 21% |
The figures include the operations of Delta’s regional carriers operating under capacity purchase agreements. The same filing states that “Our results of operations are significantly impacted by changes in the price and availability of aircraft fuel.”
The same Delta Air Lines FY2025 Form 10-K, in its risk factors on the price and availability of aircraft fuel, states verbatim:
Because passengers often purchase tickets well in advance of their travel, a significant rapid increase in fuel price could result in the fare charged not covering that increase. At times in the past, we often were not able to increase our fares to offset fully the effect of increases in fuel costs, and we may not be able to do so in the future.
The filing also notes that Delta’s aircraft fuel purchase contracts “do not provide material protection against price increases as these contracts typically establish the price based on industry standard market price indices.”
The U.S. Energy Information Administration, Oil prices and outlook, states verbatim:
Oil price volatility is tied to low responsiveness, or inelasticity, of supply and demand to price changes in the short term.
Crude oil production capacity and the equipment that uses petroleum products as its main source of energy are relatively fixed in the near term. It takes time to develop new supply sources or to vary production.
When prices rise, switching to other fuels or increasing equipment fuel efficiency in the near term is challenging for consumers to do.
These conditions may require a large price change to rebalance physical supply and demand.
These four statements are the source for both halves of the point the video makes: that a new field cannot start producing overnight, and that essential journeys do not instantly disappear.
U.S. Securities and Exchange Commission, Office of Investor Education and Advocacy, Investor Bulletin: Stop, Stop Limit, and Trailing Stop Orders. The bulletin states that when the stop price is reached, a stop order becomes a market order, and that the stop price is a trigger rather than a guaranteed execution price. It warns that in a fast moving market the execution price can deviate significantly from the stop price, and notes that a stop limit order avoids that risk but may then not execute at all.
Bank of Canada, Exchange rate fundamentals and the Canadian dollar. A simple equation developed by two Bank economists accounts for the broad movements of the Canada and United States real exchange rate over the post 1970 floating period, and the Bank summarises the result as follows:
The equation suggests that swings in commodity prices and interest rate differentials account for much of the movement of the Canada-U.S. real exchange rate.
The Bank is explicit that this is not the whole story:
The equation’s fit is not perfect, however. One explanation is that it omits other factors that can influence the exchange rate, particularly in the short run. These may include fiscal policy variables, international indebtedness, political uncertainty, and investor sentiments, among others.
That is the basis for the video’s point: higher commodity prices tend to support the Canadian dollar, but interest rate differentials and demand for financial assets influence the exchange rate as well, so a rise in oil does not on its own settle the direction of the Canadian dollar against the US dollar.
Two of the video’s examples are presented as hypothetical rather than as observed events, and are arithmetic rather than claims about any market: