The car makes a complete revolution in 8 s. AND If the car is loaded at 0 s, then people are loaded at the lowest height of the Ferris wheel.
Answer: the milk has disappeared & a conflict over resources will begin
Explanation:
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Based on the costs to ABC Print Co. to acquire the printing presses, the costs that should be debited to assets are:
- Fee paid to factory representative for installation - Yes
- Freight - Yes
- Insurance while in transit - Yes
- New parts to replace those damaged in unloading -No
- Sales tax on purchase price - Yes
- Special foundation - Yes
- Fees paid to attorney to review purchase agreement - Yes
- Freight - Yes
- Installation - Yes
- Repair of damage incurred in reconditioning the press-No
- Replacement of worn-out parts - Yes
- Vandalism repairs during installation-No
<h3>What costs will go to assets?</h3>
The costs that will go to assets are only those that have to do with the purchasing of the asset, its transportation to the business, and the costs to install it.
The costs going to assets will not include repairs to damage and new parts that may have been purchased to replace damaged parts.
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Let x and y be the number of packs with 100 and 250 paper clips, respectively. The system of linear equations that would best represent the given is
x + y = 84
100x + 250y = 12,300
The values of x and y from the equations are 58 and 26, respectively. If a person buys half of the packs of 250 paper clips,
n = (0.5)(250)(26) = 3250
Thus, a person bought 3250 paper clips.
The volume occupied by this oxygen gas is equal to 10.0 Liters.
<u>Given the following data:</u>
- Mass of oxygen gas = 4.8 grams
- Temperature = 133°C to Kelvin =

- Molar mass of oxygen gas =
= 31.998 g/mol.
<u>Scientific data:</u>
- Ideal gas constant, R = 0.0821 L⋅atm/mol⋅K
To determine the volume occupied by this oxygen gas:
First of all, we would calculate the number of moles of oxygen gas;

Number of moles = 0.15 moles.
Now, we can determine the volume by using the ideal gas law equation;

<u>Where;</u>
- n is the number of moles of a gas.
- R is the ideal gas constant.
Substituting the given parameters into the formula, we have;

Volume, V = 9.9998 ≈ 10.0 Liters.
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