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3 years ago

5

You believe the cashier of the restaurant that you manage has stolen $10,000 from the till over the past year. The witness is a

pleasant waitress who has a criminal record for soft-drug possession. As the police are not collection agents, if the cashier is reported to the police the restaurant may never recover the money. If the restaurant sues the cashier for the return of the money, he might avoid a criminal record and hurt his next employer. Note that this is a crime to threaten criminal proceedings to collect a civil debt. Discuss the pros and cons of (a) suing the cashier and (b) reporting him to the police

1 answer:

Sophie [7]3 years ago

6 0

Answer:

report him to the police

i had the same question a few minutes ago

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3 years ago

This is for brainly points so here

user100 [1]

Answer:

so why you don't have questions

Explanation:

i think you are new so you are welcome Nerd

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3 years ago

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JulijaS [17]

Question:

Use the formulas below to find the surface area and volume of the cube, sphere, and cylinder “ice cubes”.

“Ice cube” measurements:

• Cube: s = 3 cm

• Sphere: r = 1 cm

• Cylinder: r = 2 cm and h= 3 cm

Note: After you find the surface area and volume of each shape, divide the surface area by the volume to find the surface area to volume ratio expressed as a single number. This should go in the last column.

Answer:

<em><u>Cube: </u></em>

Surface area = $6s^2$

Surface area = 6 (3)(3)

Surface area = $54 cm^2$

Volume = $s^3$

Volume = $(3)^3$

Volume = $27 cm^3$

Surface Area to Volume Ratio = $\frac{54}{27}$ = $\frac{2}{1}$ = 2:1

<u><em>Sphere:</em></u>

Surface area = $4\pi r^2$

Surface area = $4 \pi (1)(1)$

Surface area = $12.566cm^2$

Surface area = $13 cm^2$ (rounding off )

Volume = $\frac{4}{3} \pi r^3$

Volume = $\frac{4}{3} \pi (1)^3$

Volume = $4.188 cm^3$

Volume = $4 cm^3$ (rounding off )

Surface Area to Volume Ratio = $\frac{13}{4}$ = 13 : 1

<em><u>Cylinder:</u></em>

Surface Area $= 2\pi r^2 + 2 \pi rh$

Surface Area = $2\pi (2)^2 + 2 \pi (2)(3)$

Surface Area = $2\pi (4) + 2 \pi (6)$

Surface Area = $8 \pi + 12 \pi$

Surface Area = $20 \pi$

Surface Area = $62.83 cm^2$

Surface area = 63 $cm^2$ (rounding off )

Volume = $\pi r^2 h$

Volume = $\pi (2)^2 (3)$

Volume = $\pi (4) (3)$

Volume = $12 \pi$

Volume = 37 .699

Volume = 38 $cm^3$

Surface Area to Volume Ratio = $\frac{63}{38}$ = 68 : 38

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3 years ago

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