EXAM 2 Formulas

Question 1

FORMULA: REVENUE AS A FUNCTION OF PRICE

Answer 1

R(p) = p * Q(p)

Question 2

FORMULA:

? = p * Q(p)

Answer 2

R(p)

Question 3

FORMULA:

R(p) = ? * Q(p)

Answer 3

p

Question 4

FORMULA:

R(p) = p * ?

Answer 4

Q(p)

Question 5

FORMULA:

R(p) = p ? Q(p)

Answer 5

*

Question 6

FORMULA: AREA FOR A GUTTER

Answer 6

A(x) = x(TotalLength - 2x)

Question 7

FORMULA: Q(p)

Answer 7

Q(p) = VARIABLE - VARIABLE(p)

Question 8

FORMULA: Q(p)

?(p) = VARIABLE - VARIABLE(p)

Answer 8

Q

Question 9

FORMULA: Q(p)

Q(?) = VARIABLE - VARIABLE(p)

Answer 9

p

Question 10

FORMULA: Q(p)

Q(p) = ? - VARIABLE(p)

Answer 10

VARIABLE

Question 11

FORMULA: Q(p)

Q(p) = VARIABLE ? VARIABLE(p)

Answer 11

-

Question 12

FORMULA: Q(p)

Q(p) = VARIABLE - ? (p)

Answer 12

VARIABLE

Question 13

FORMULA: Q(p)

Q(p) = VARIABLE - VARIABLE(?)

Answer 13

p

Question 14

FORMULA: AREA FOR A GUTTER

?(x) = x(TotalLength - 2x)

Answer 14

A

Question 15

FORMULA: AREA FOR A GUTTER

A(x) = ?(TotalLength - 2x)

Answer 15

x

Question 16

FORMULA: AREA FOR A GUTTER

A(x) = x(? - 2x)

Answer 16

TotalLength

Question 17

FORMULA: AREA FOR A GUTTER

A(x) = x(TotalLength ? 2x)

Answer 17

-

Question 18

FORMULA: AREA FOR A GUTTER

A(x) = x(TotalLength - ?x)

Answer 18

2

Question 19

FORMULA: AREA FOR A GUTTER

A(x) = x(TotalLength - 2?)

Answer 19

x

Question 20

FORMULA: VOLUME OF SIDEWALK

Answer 20

Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Question 21

FORMULA: VOLUME OF SIDEWALK

?(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 21

Tv

Question 22

FORMULA: VOLUME OF SIDEWALK

Tv(x) = ?[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 22

2

Question 23

FORMULA: VOLUME OF SIDEWALK

Tv(x) = 2[(? + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 23

2x

Question 24

FORMULA: VOLUME OF SIDEWALK

Tv(x) = 2[(2x ? KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 24

+

Question 25

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + ?)(x)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 25

KnownLength

Question 26

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(?)(KnownDepth)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 26

x

Question 27

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(?)] + 2[(KnownHeight * x)(KnownDepth)]

Answer 27

KnownDepth

Question 28

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] ? 2[(KnownHeight * x)(KnownDepth)]

Answer 28

+

Question 29

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + ?[(KnownHeight * x)(KnownDepth)]

Answer 29

2

Question 30

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(? * x)(KnownDepth)]

Answer 30

KnownHeight

Question 31

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight ? x)(KnownDepth)]

Answer 31

*

Question 32

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * ?)(KnownDepth)]

Answer 32

x

Question 33

FORMULA: VOLUME OF SIDEWALK Tv(x) = 2[(2x + KnownLength)(x)(KnownDepth)] + 2[(KnownHeight * x)(?)]

Answer 33

KnownDepth