Exam 8: The Slope of a Line

arrow
  • Select Tags
search iconSearch Question
flashcardsStudy Flashcards
  • Select Tags

Let Let   and   Evaluate  and Let   and   Evaluate  Evaluate Let   and   Evaluate

(Multiple Choice)
4.9/5
(33)

The resistance of a wire varies directly with its length and inversely with the square of its diameter. If 100 feet of wire with diameter 0.04 inch has a resistance of 30 ohms, what is the resistance of 50 feet of the same type of wire if its diameter is 0.08 inch?

(Short Answer)
4.7/5
(42)

For the following line, name the slope and y -intercept. Then write the equation of the line in slope-intercept form. For the following line, name the slope and y -intercept. Then write the equation of the line in slope-intercept form.

(Multiple Choice)
4.7/5
(35)

The volume of a gas varies directly with its temperature and inversely with the pressure. If the volume of a certain gas is 45 cubic feet at a temperature of 300 K and a pressure of 18 pounds per square inch, what is the volume of the same gas at 340 K when the pressure is 45 pounds per square inch?

(Short Answer)
4.9/5
(37)

Given f ( x ) = x 2 - 5 x - 6 and g ( x ) = x - 5, find the following. ( f - g ) ( 3 )

(Short Answer)
4.7/5
(30)

Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 h 0 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 0 0.1 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 1.08 0.2 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 1.92 0.3 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 2.52 0.4 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 2.88 0.5 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 3 0.6 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 2.88 0.7 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 2.52 0.8 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 1.92 0.9 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 1.08 1 Hali is tossing a quarter into the air with an underhand motion. The distance the quarter is above her hand at any time is given by the function   where h is the height of the quarter in feet, and t is the time in seconds. Use the data from the table to graph the function. TIME (SEC) FUNCTION RULE DISTANCE (FT) t   h 0   0 0.1   1.08 0.2   1.92 0.3   2.52 0.4   2.88 0.5   3 0.6   2.88 0.7   2.52 0.8   1.92 0.9   1.08 1   0 0

(Multiple Choice)
4.8/5
(28)

The volume of a gas varies directly with its temperature and inversely with the pressure. If the volume of a certain gas is 11 cubic feet at a temperature of 300 K and a pressure of 18 pounds per square inch, what is the volume of the same gas at 320 K when the pressure is 11 pounds per square inch?

(Multiple Choice)
4.8/5
(33)

The formula for the area The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function  of a circle with radius The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function  is given by The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function  The formula shows that The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function  is a function of The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function  State the domain and the range of the function The formula for the area   of a circle with radius   is given by   The formula shows that   is a function of   State the domain and the range of the function

(Multiple Choice)
4.8/5
(33)

Line l contains the points (4, - 6) and (4, 3). Give the slope of any line perpendicular to l .

(Short Answer)
4.8/5
(39)

Let Let   and   . Find the composition   . and Let   and   . Find the composition   . . Find the composition Let   and   . Find the composition   . .

(Multiple Choice)
4.8/5
(40)

Solve for Solve for   .  . Solve for   .

(Multiple Choice)
4.8/5
(35)

Let Let   and   Evaluate     __________ and Let   and   Evaluate     __________ Evaluate Let   and   Evaluate     __________ Let   and   Evaluate     __________ __________

(Short Answer)
4.8/5
(34)

For the following relation, give the domain and range and indicate whether it is a function. {(4, 1), (5, 6), (2, 4)}

(Multiple Choice)
4.8/5
(35)

Let Let   Evaluate     __________ Evaluate Let   Evaluate     __________ Let   Evaluate     __________ __________

(Short Answer)
4.9/5
(42)

Does the graph represent a function? Does the graph represent a function?

(Multiple Choice)
4.9/5
(34)

Given f ( x ) = x 2 - 2 x - 24 and g ( x ) = x - 6, find the following. Given f ( x ) = x 2 - 2 x - 24 and g ( x ) = x - 6, find the following.

(Multiple Choice)
4.9/5
(44)

Find the slope of any line parallel to the line through (7, 5) and (- 2, 4).

(Short Answer)
4.9/5
(36)

State whether the following graph represents a function. State whether the following graph represents a function.   The graph __________. The graph __________.

(Short Answer)
4.8/5
(36)

Line l contains the points (1, - 9) and (1, 4). Give the slope of any line perpendicular to l .

(Multiple Choice)
4.8/5
(33)

Line l is perpendicular to the graph of the equation - 2 x - 7 y = 8 and contains the point (3, - 2). Find the equation for l .

(Multiple Choice)
4.8/5
(43)
Showing 81 - 100 of 190
close modal

Filters

  • Essay(0)
  • Multiple Choice(0)
  • Short Answer(0)
  • True False(0)
  • Matching(0)