Answer:
depreciation expense 2017 = $180,000
depreciation expense 2018 = $144,000
depreciation expense 2019 = $115,200
Explanation:
purchase cost $900,000
estimated useful life 10 years
depreciation expense using double declining method = 2 x regular straight method depreciation rate x purchase cost
depreciation expense 2017 = 2 x 1/10 x $900,000 = $180,000
depreciation expense 2018 = 2 x 1/10 x $720,000 = $144,000
depreciation expense 2019 = 2 x 1/10 x $576,000 = $115,200
Answer:
When the price of good y increases by 10% it will result in the quantity demanded of x to increase by (0.6*10) =6%. The current quantity demanded of good x is 10 so a 6% increase will mean the quantity demanded of x will be (1.06*10)= 10.6
Explanation:
The cross elasticity of goods x and y is 0.6, which means that a one percent increase in price of good y will increase the demand for good x by 0.6%, this means that x and y are substitute goods, as when the price of y increases people tend to buy more of x.
When the price of good y increases by 10% it will result in the quantity demanded of x to increase by (0.6*10) =6%. The current quantity demanded of good x is 10 so a 6% increase will mean the quantity demanded of x will be (1.06*10)= 10.6
Holding all other things constant, if the expected unit sales increase, then the markup under absorption costing will It increases 11.11% to 20% by the increase in units.
A water-soaked paper towel is an example of absorption. If you dip a crayon into the ink for a while, it will take on the color of the ink through absorption. Oxygen and carbon dioxide dissolves in water by absorption. Absorption of ammonia gas by water.
Absorption is the process by which digestive products are taken into the blood to nourish the rest of the body. During absorption, digestive products are carried through the mucous membranes into the blood or lymph.
Learn more about absorption here
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Explanation:
putting x = 1, and z = 19
ATQ
z + x + 8°
= 19° + 1 ° + 8 °
= 28°
