Answer: over-borrowing.
Explanation:
credit cards function like this: you can "buy" a lot of things with it, including very very expensive things. this is because instead of really buying that product, you borrow money from the bank to buy it. you then have to pay it off in slower amounts of money over time until youve paid off the original cost of the product and more because the bank will most likely charge interest.
sounds great, right?
it is, until you cant afford to pay those smaller amounts of money. then, it starts to build up and if you still cant afford to pay the bank, they will begin to liquidize your physical assets (they take your stuff as payment, really anything, even your house can be taken.)
Answer:
'Government Expenditure' not 'Government' is a component of GD[
Explanation:
GDP is the total value of goods & services produced in an economy during an year.
As per Expenditure method :
- It is calculated as 'expenditure' done by all sectors of economy as "<em>one person expenditure is other person income</em>".
- 4 sectors are : households , firms, government ,rest of the world.
- Their respective demand expenditures are : Private Final Consumption Expenditure , Government Final Consumption Expenditure, Investment (Gross domestic Capital Formation) , Net Exports.
The property of water that produces water's surface tension is called <u>cohesion</u>, which is the tendency of water molecules to stick together.
More about surface tension:
The force per unit length that must be supplied parallel to the surface in order to balance the net inward pull is known as the surface's "tension."
All nearby molecules in a liquid share the cohesive forces that hold them together. Because they don't have any above-surface neighbours, molecules on the surface exert stronger attractive forces on their closest neighbours below and on the surface.
Due to the cohesive structure of the water molecules, surface tension can be described as the characteristic of a liquid's surface that permits it to resist an external force.
Learn more about surface tension here:
brainly.com/question/11348644
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