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What is a good current ratio? The ideal current ratio varies by industry. However, an acceptable range for the current ratio could be 1.0 to 2. Ratios in this range indicate that the company has ...
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 ...
The current ratio is current assets/current liabilities and measures how much liquidity is available to pay for liabilities. The liquidity index shows how quickly a company can turn assets into cash and is calculated by: (Trade receivables x Days to liquidate) + (Inventory x Days to liquidate)/Trade Receivables + Inventory.
The difference between current assets and current liability is referred to as trade working capital. The quick ratio, or acid-test ratio, measures the ability of a company to use its near-cash or quick assets to extinguish or retire its current liabilities immediately. Quick assets are those that can be quickly turned into cash if necessary and ...
It yields 2.2% at the current price, well above the S&P 500 average, and it has increased more than 280% over the past 10 years. 3. Coca-Cola: The Dividend King
Netflix's P/E is 49, and its forward P/E ratio is 36. This means that analyst consensus estimates would give the stock a 36 P/E based on the current price and the next 12 months of earnings.
The resistance is the ratio of voltage to current, the inverse slope of the line (in I–V graphs where the voltage is the independent variable) and is constant. Negative resistance occurs in a few nonlinear (nonohmic) devices. [19] In a nonlinear component the I–V curve is not a straight line, [4] [20] so it does not obey Ohm's law. [19]
Generally, a wave is reflected back along the line in the opposite direction. When the reflected wave reaches the source, it is reflected yet again, adding to the transmitted wave and changing the ratio of the voltage and current at the input, causing the voltage-current ratio to no longer equal the characteristic impedance.