The number of TV sets an appliance store sells per week is given by a function of two variables, f ( x , y ) , where x is the price per TV set and y is the amount of money spent weekly on advertising. Suppose that the current price is $ 400 per set and that currently $ 2000 per week is being spent for advertising. Would you expect ∂ f ∂ x ( 4000 , 2000 ) to be possible or negative? Explain. Would you expect ∂ f ∂ y ( 4000 , 2000 ) to be possible or negative?
The number of TV sets an appliance store sells per week is given by a function of two variables, f ( x , y ) , where x is the price per TV set and y is the amount of money spent weekly on advertising. Suppose that the current price is $ 400 per set and that currently $ 2000 per week is being spent for advertising. Would you expect ∂ f ∂ x ( 4000 , 2000 ) to be possible or negative? Explain. Would you expect ∂ f ∂ y ( 4000 , 2000 ) to be possible or negative?
The number of TV sets an appliance store sells per week is given by a function of two variables,
f
(
x
,
y
)
, where
x
is the price per TV set and
y
is the amount of money spent weekly on advertising. Suppose that the current price is
$
400
per set and that currently
$
2000
per week is being spent for advertising.
Would you expect
∂
f
∂
x
(
4000
,
2000
)
to be possible or negative? Explain.
Would you expect
∂
f
∂
y
(
4000
,
2000
)
to be possible or negative?
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