yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Why can’t governments print an unlimited amount of money? - Jonathan Smith


3m read
·Nov 8, 2024

In March 2020, the COVID-19 pandemic rocked economies worldwide. Millions of people lost their jobs, and many businesses struggled to survive or shut down completely. Governments responded with some of the largest economic relief packages in history—the United States alone spent $2.2 trillion on a first round of relief.

So where did all this money come from? Most countries have a central bank that manages the money supply and is independent from the government to prevent political interference. The government can implement many types of economic policy, like decreasing people's taxes and creating jobs through public infrastructure projects, but it actually can’t just increase the money supply.

The central bank determines how much money is in circulation at a time. So why can’t central banks authorize the printing of unlimited money to help an economy in crisis? They could, but that’s a short-term solution that doesn’t necessarily boost economic growth in the long-term and can actually hurt the economy.

Why? With more money in circulation, manufacturers of goods like food, clothing, and cars could respond to demand simply by raising prices, rather than manufacturing more of these goods and creating new jobs in the process. This would mean you could no longer buy as much with the same amount of money—a situation known as inflation.

A little bit of inflation, about 2% a year, is considered a sign of economic health, but more can quickly derail an economy. In recent decades, central banks have tried an approach called quantitative easing to infuse the economy with cash while maintaining a low risk of severe inflation.

In this approach, a central bank increases cash flow by purchasing another entity’s bonds. Anyone can buy bonds from corporations or governments. When you buy a bond, you’re essentially loaning money to the company—or government—with the promise that they’ll pay it back later with interest. This is why buying bonds is sometimes referred to as buying debt.

When an individual buys a bond, they're using money that's already in circulation. But when the central bank buys a bond, it essentially creates cash, supplying money that didn’t exist before in exchange for bonds. Both during the 2008-2009 financial crisis and again in 2020, the United States’ central bank, the Federal Reserve, bought bonds from the US government called treasury bonds.

Historically, many people have purchased these bonds as a safe form of investment, knowing the US government will pay them back with interest. In early 2020, the Federal Reserve pledged to buy unlimited treasury bonds, loaning the U.S. government an unprecedented amount of money—cash that the government used to fund relief efforts like stimulus checks and unemployment benefits.

This isn’t equivalent to simply printing money, though it may sound similar. Because of the way bonds are priced, by buying so many, the Federal Reserve effectively lowered the return on them, which incentivizes other investors to lend to riskier entities—like small and midsize companies—in order to get a decent return.

Encouraging lending this way should help companies of all sizes borrow money to funnel into projects and hires, boosting the economy over time in addition to helping the government supply people with urgently needed cash in the short term.

The Federal Reserve’s pledge to buy unlimited government debt has raised some questions—and eyebrows. In theory, this means the government could issue more bonds, which the central bank would purchase. The government could then use the money from the new bonds to pay off the old bonds, effectively meaning the government never pays back its debt to the central bank.

Citing this and other theoretical scenarios, some economists have raised concerns that a central bank buying government debt is a subversion of a system designed to protect the economy. Others have insisted these measures are necessary and have so far helped stabilize economies.

Though quantitative easing has become a lot more common in recent years, it’s still relatively new, and potential consequences are still unfolding.

More Articles

View All
Segment congruence equivalent to having same length | Congruence | Geometry | Khan Academy
So what I have here are a few definitions that will be useful for a proof we’re going to do that connects the worlds of congruence of line segments to the idea of them having the same length. So first of all, there’s this idea of rigid transformations, w…
Will COVID-19 Kill the Music Industry? | Ask Mr. Wonderful #25 Kevin O'Leary ft CEO of Rolling Stone
Hello everybody, and welcome to another episode of Ask Mr. Wonderful. Who’s my guest? This is fantastic! It’s Gus Winner, son of Young Winner, founder of Rolling Stone magazine, cultural icon, rock and roll music, fashion, politics— you name it! So much t…
Valence electrons and ionic compounds | AP Chemistry | Khan Academy
In this video, we’re going to get even more appreciation for why the periodic table of elements is so useful. In particular, we’re going to focus on groups of the periodic table of elements. When we talk about a group, we’re just talking about a column. A…
Passive Income: How To Invest $100 In 2023
What’s up, Graham? It’s guys here, so imagine if you had an extra five, ten, or even twenty dollars a day deposited into your bank account without you having to do any work whatsoever. What color would your Lambo be? All right, in all seriousness, someon…
Meme Culture: How Memes Took Over The World
Ah, here we go again. On the 1st of September 1939, Germany invaded Poland from the east, starting World War II. As you would expect, there is fear and panic throughout Europe. So, to calm the British population down and to prevent widespread panic, the w…
Standard potential, free energy, and the equilibrium constant | AP Chemistry | Khan Academy
For a generic redox reaction, where the reactants turn into the products, the free energy is related to the potential for the redox reaction. The equation that relates free energy and potential is given by: ΔG = -nFE. ΔG is the instantaneous difference …