Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q = f ( x , t ) of 1.5 are ppm.” is true or false.

Question

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Answer 1

Question

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

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According to Newton's law of universal gravitation, the force F between two bodies of constant mass GmM m and M is given by the formula F = , where G is the gravitational constant and d is the d² distance between the bodies. a. Suppose that G, m, and M are constants. Find the rate of change of force F with respect to distance d. F' (d) 2GmM b. Find the rate of change of force F with gravitational constant G = 6.67 × 10-¹¹ Nm²/kg², on two bodies 5 meters apart, each with a mass of 250 kilograms. Answer in scientific notation, rounding to 2 decimal places. -6.67x10 N/m syntax incomplete.

Answer 2

Question

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

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Answer 3

Question

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

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Answer 4

Question

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

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Answer 5

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

Answer 6

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)

x=1.5. Thus, the unit of x should be kilometers.

Thus, the provided statement is false.

Answer 7

Chapter 8, Problem 1SYU

To determine

Whether the statement “If a function gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since then the units Q=f(x,t) of 1.5 are ppm.” is true or false.

Answer 8

Expert Solution & Answer

Answer to Problem 1SYU

The provided statement is false. The unit of 1.5 is not ppm.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Given information:

A statement,

If a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

Consider the given information that if a function Q=f(x,t) gives an indication of the quantity Q of pollutants, in parts per million, at a distance of x kilometers at time t from a waste incinerator post the incineration has come to an end. Since f(1.5,6)=4.1 then the units of 1.5 are ppm.”

The function indicated Q=f(x,t) is a two variable function where, x is the distance in kilometers and t is time. Q is indication of the quantity. Since parts per million is not distance and in f(x,t) as f(1.5,6)