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Intel (INTC) at year-end 2023 had $43.27 billion in current assets and $28.05 billion in current liabilities, for a high 1.54 current ratio. What is a good current ratio? The ideal current ratio ...
The first approximation, in years, to the duration of a stock is the ratio of the two terms, stock price divided by the annual dividend amount. Since the present value of future dividends gets a bit less with each passing year (or even quarter or month), the duration is a bit longer than that approximation.
As explained above, the return, or rate or return, depends on the currency of measurement. In the example given above, a US dollar cash deposit which returns 2% over a year, measured in US dollars, returns 12.2% measured in Japanese yen, over the same period, if the US dollar increases in value by 10% against the Japanese yen over the same period.
Change in Gross Margin (1 point if it is higher in the current year compared to the previous one, 0 otherwise); Change in Asset Turnover ratio (1 point if it is higher in the current year compared to the previous one, 0 otherwise); Some adjustments that were done in calculation of the required financial ratios are discussed in the original ...
The ratio of a flow to a stock has units 1/time. For example, the velocity of money is defined as nominal GDP / nominal money supply ; it has units of (dollars / year) / dollars = 1/year. In discrete time , the change in a stock variable from one point in time to another point in time one time unit later (the first difference of the stock) is ...
It is the ratio of a firm's current assets to its current liabilities, Current Assets / Current Liabilities . The current ratio is an indication of a firm's accounting liquidity. Acceptable current ratios vary across industries. [1] Generally, high current ratio are regarded as better than low current ratios, as an indication of whether ...
A higher volatility stock, with the same expected return of 7% but with annual volatility of 20%, would indicate returns from approximately negative 33% to positive 47% most of the time (19 times out of 20, or 95%). These estimates assume a normal distribution; in reality stock price movements are found to be leptokurtotic (fat-tailed).
The time-weighted return (TWR) [1] [2] is a method of calculating investment return, where returns over sub-periods are compounded together, with each sub-period weighted according to its duration. The time-weighted method differs from other methods of calculating investment return, in the particular way it compensates for external flows.