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Which of these is a closed curve that is longer along one axis?
ellipse
What is the closed curve that is longer along one axis?
An ellipse
Would the graph of an exponential decay function would have a curve upward along the x-axis towards negative infinity?
No, it would not.
What is the graph of an exponential decay function would have a curve upward along the x-axis towards negative infinity?
Your question seems very confused. The normal convention of the Cartesian coordinate system would place negative numbers below the x axis, so that any curve approaching negative infinity would curve downward, not upward.
How do you find the area between a given curve and x-axis?
Take the definite integral (and your bounds should be the two places where the curve crosses the x-axis).
Which of these is a closed curve that is longer along one axis?
ellipse
What is the closed curve that is longer along one axis?
An ellipse
Distinguish between demand curve and engel curve?
The difference is the Y- axis. In the case of the Demand curve the Y - axis is the retail price of the good. On the Engel's curve the Y -axis is the amount of income over a set period of time.
Would the graph of an exponential decay function would have a curve upward along the x-axis towards negative infinity?
No, it would not.
What is typically displayed on the x-axis of a solubility curve?
The x-axis of a solubility curve typically displays temperature in degrees Celsius.
What happens when quantity demanded exceeds quantity supplied?
Graphically, the Y axis is price and the X axis is quantity. The demand curve slopes downward, while the supply curve slopes upward. When quantity demanded exceeds quantity supplied the market is out of equilibrium. As a result, the price of goods increases, thereby decreasing the quantity demanded. This is characterized as a move up along the demand curve and not a shift. Changes in endogenous variables, ie price and quantity, are just movements along the curve.
What happens when quantity supply exceeds quantity demand?
Graphically, the Y axis is price and the X axis is quantity. The demand curve slopes downward, while the supply curve slopes upward. When quantity demanded exceeds quantity supplied the market is out of equilibrium. As a result, the price of goods increases, thereby decreasing the quantity demanded. This is characterized as a move up along the demand curve and not a shift. Changes in endogenous variables, ie price and quantity, are just movements along the curve.
What happen when quantity supplied exceeds quantity demanded?
Graphically, the Y axis is price and the X axis is quantity. The demand curve slopes downward, while the supply curve slopes upward. When quantity demanded exceeds quantity supplied the market is out of equilibrium. As a result, the price of goods increases, thereby decreasing the quantity demanded. This is characterized as a move up along the demand curve and not a shift. Changes in endogenous variables, ie price and quantity, are just movements along the curve.
What is the graph of an exponential decay function would have a curve upward along the x-axis towards negative infinity?
Your question seems very confused. The normal convention of the Cartesian coordinate system would place negative numbers below the x axis, so that any curve approaching negative infinity would curve downward, not upward.
What does the slope of voltage-current curve represent?
It depends. If voltage is drawn along the horizontal axis, then the slope at any point on the graph represents the reciprocal of resistance at that point. If current is drawn along the horizontal axis, then the slope at any point on the graph represents the resistance at that point.
How many variables are displayed in a scatterplotone along the x-axis, and one along the y-axisone along the x-axis, and two along the y-axistwo along the x-axis, and one along the y-axistwo along the x-axis, and two along the y-axis?
Idk123
How do you find the area between a given curve and x-axis?
Take the definite integral (and your bounds should be the two places where the curve crosses the x-axis).
