Exam 7: Additional Topics in Integration

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The quantity demanded x (in thousands of pounds) of a certain brand of butter each week is a continuous random variable with probability density function The quantity demanded x (in thousands of pounds) of a certain brand of butter each week is a continuous random variable with probability density function   What is the expected demand for this brand of butter each week? __________ lb What is the expected demand for this brand of butter each week? __________ lb

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Find the indefinite integral. Find the indefinite integral.

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A manmade lake located in Lake View Condominiums has the shape depicted in the following figure. The measurements shown were taken at 10-foot intervals. Using Simpson's rule with A manmade lake located in Lake View Condominiums has the shape depicted in the following figure. The measurements shown were taken at 10-foot intervals. Using Simpson's rule with   , estimate the surface area of the lake. Round the result to the nearest tenth.   __________  , estimate the surface area of the lake. Round the result to the nearest tenth. A manmade lake located in Lake View Condominiums has the shape depicted in the following figure. The measurements shown were taken at 10-foot intervals. Using Simpson's rule with   , estimate the surface area of the lake. Round the result to the nearest tenth.   __________  __________ A manmade lake located in Lake View Condominiums has the shape depicted in the following figure. The measurements shown were taken at 10-foot intervals. Using Simpson's rule with   , estimate the surface area of the lake. Round the result to the nearest tenth.   __________

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Evaluate the following improper integral whenever it is convergent. Evaluate the following improper integral whenever it is convergent.

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Evaluate the definite integral by using the method of integration by parts. Evaluate the definite integral by using the method of integration by parts.

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Use the table of integrals to find the given integral. Use the table of integrals to find the given integral.

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Evaluate the following improper integral whenever it is convergent. Evaluate the following improper integral whenever it is convergent.

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In a study conducted by a certain country's Economic Development Board regarding the income distribution of certain segments of the country's workforce, it was found that the Lorentz curve for the distribution of income of college professors is described by the function In a study conducted by a certain country's Economic Development Board regarding the income distribution of certain segments of the country's workforce, it was found that the Lorentz curve for the distribution of income of college professors is described by the function   Compute the coefficient of inequality of the Lorentz curve. Round to the nearest thousandth. Hint: Use the formula   . Compute the coefficient of inequality of the Lorentz curve. Round to the nearest thousandth. Hint: Use the formula In a study conducted by a certain country's Economic Development Board regarding the income distribution of certain segments of the country's workforce, it was found that the Lorentz curve for the distribution of income of college professors is described by the function   Compute the coefficient of inequality of the Lorentz curve. Round to the nearest thousandth. Hint: Use the formula   . .

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Determine whether the given function is a probability density function on the specified interval. Determine whether the given function is a probability density function on the specified interval.

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Find the indefinite integral. Find the indefinite integral.

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Use the table of integrals to find the integral. Use the table of integrals to find the integral.

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Find the area of the region under the given curve Find the area of the region under the given curve   over the indicated interval.  over the indicated interval. Find the area of the region under the given curve   over the indicated interval.

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In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary. In a submerged trial run of an attack submarine, a reading of the submarine's velocity was made every quarter hour, as shown in the accompanying table. Use the trapezoidal rule to estimate the distance traveled by the submarine during the 2-hour period. Please round the answer to the nearest hundredth if necessary.

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Determine the value of the constant Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . so that the function Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . is a probability density function on the interval Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . . If Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . is a continuous random variable, compute the probability that Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . will assume a value between Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . and Determine the value of the constant   so that the function   is a probability density function on the interval   . If   is a continuous random variable, compute the probability that   will assume a value between   and   . .

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Determine the value of the constant k so that the function Determine the value of the constant k so that the function   is a probability density function on the interval   . is a probability density function on the interval Determine the value of the constant k so that the function   is a probability density function on the interval   . .

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Find the indefinite integral. Find the indefinite integral.

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The number of streets in the downtown section of a certain city that need repairs in a given year is a random variable with a distribution described by the probability density function The number of streets in the downtown section of a certain city that need repairs in a given year is a random variable with a distribution described by the probability density function   Find the probability that at most half of the streets will need repairs in any given year. Find the probability that at most half of the streets will need repairs in any given year.

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Find the indefinite integral. Find the indefinite integral.

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The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) where The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) is measured in pollutant standard index (PSI), and The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) is measured in hours, with The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) corresponding to 7 a.m. Use the trapezoidal rule with The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint: The amount of nitrogen dioxide, a brown gas that impairs breathing, present in the atmosphere on a certain May day in a city has been approximated by   where   is measured in pollutant standard index (PSI), and   is measured in hours, with   corresponding to 7 a.m. Use the trapezoidal rule with   to estimate the average PSI between 7 a.m. and noon. Please round the answer to the nearest hundredth. (Hint:   .) .)

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Evaluate the following improper integral whenever it is convergent. Evaluate the following improper integral whenever it is convergent.

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