When goods are normal, CV > EV.
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They are equivalent.
They're equivalent
They are equivalent.
If 7/15 is the simplest form, equivalent fractions will be greater. To make things greater, use multiplication.
One of the Coercive Acts of 1774, the Boston Port Act, closed Boston Harbor until the East India Company could be compensated for its cargo lost in the Boston Tea Party (1873). However, of greater impact was that the Massachusetts Government Act placed all appointments to positions in the colonial government in the hands of the colonial governor or the king.
acceleration: "speed variation". the greater the force printed on an object, the greater the variation, the greater the time, the less the variation, therefore, a = f / t.
A block and tackle provides a mechanical advantage by trading distance for force. The user needs to exert less force to lift a heavier load, but they have to pull the rope a greater distance to accomplish the task.
An ANOVA is an analysis of the variation present in an experiment. It is a test of the hypothesis that the variation in an experiment is no greater than that due to normal variation of individuals' characteristics and error in their measurement.
If you are taking the variation of 'g' with altitude, then its weight is lesser, not greater, at the beginning of the descent. But for small heights, The variation of g is negligible, so its weight remains the same
Because there is no air resistance. The same happens on Earth, if you let things fall within a vacuum chamber. Basically, for a more massive object, there is a greater force pulling it down, but this is compensated by the fact that the more massive object also has a greater inertia. Newton's Second Law, solved for acceleration: a = F/m. If you double the mass, the force will also double, since the force (of the gravitational attraction) is mass x gravity.
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-Habitat destruction -Erosion -Climate change (greater variation in temperatures and drier) -Greater risks of flooding
They are equivalent.
Yes, the coefficient of variation (CV) can be greater than 100%. The CV is calculated as the ratio of the standard deviation to the mean, expressed as a percentage. If the standard deviation is greater than the mean, which can occur in certain datasets, the CV will exceed 100%, indicating high relative variability compared to the average value.
240 ml is greater as 0.2L is equivalent to 200ml.
They are equivalent.