Graph the following functions by hand, not by plotting the points, but by starting with the graph of one of the standard functions and then applying the appropriate transformations
y=1/4tan(x-Pi/4)
y=|cosPix|

2022-01-10
Answered

Graph the following functions by hand, not by plotting the points, but by starting with the graph of one of the standard functions and then applying the appropriate transformations
y=1/4tan(x-Pi/4)
y=|cosPix|

You can still ask an expert for help

nick1337

Answered 2022-02-08
Author has **510** answers

Here is graph and explanation:

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The specific heat of lead is 0.030 cal/g.C. 300 grams of leadshot at 100C is mixed with 100 grams of water at 70C in an insulated container. The final temperature of the mixture is:

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b) 85.5C

c)79.5C

d) 74.5C

e)72.5C

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c)79.5C

d) 74.5C

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A solution was prepared by dissolving 1210 mg of $K}_{3}Fe{\left(CN\right)}_{6$ (329.2 g/mol) in sufficient waterto give 775 mL. Calculate:

a) the molar analytical concentration of$K}_{3}Fe{\left(CN\right)}_{6$ .

b) the molar concentration of$K}^{+$ .

c) the molar concentration of$Fe{\left(CN\right)}_{6}^{3-}$ .

d) the weight/volume percentage of$K}_{3}Fe{\left(CN\right)}_{6$ .

e) the number of millimoles of$K}^{+$ in 50.0 mL of thissolution

f) ppm$Fe{\left(CN\right)}_{6}^{3-}$ .

g) pK for the solution

h)$pFe{\left(CN\right)}_{6}$ for the solution.

a) the molar analytical concentration of

b) the molar concentration of

c) the molar concentration of

d) the weight/volume percentage of

e) the number of millimoles of

f) ppm

g) pK for the solution

h)

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