XYZ Corp began construction on a building on January 1, 2016. On that date, it made its first $500,000 payment. An additional $600,000 were paid on 4/1/2016 and $300,000 was paid on 7/1/2016. A final payment of $100,000 was made on 12/31/2016, which is also the date when the construction project was finished and the building was ready to use. To finance the project, XYZ Corp issued a $800,000 10% note. Furthermore, XYZ Corp had a $2,000,000 5% note outstanding that was not specifically related to the construction project. Both Notes were outstanding for the entire construction project. What is the value of the Building on the 12/31/2016 Balance Sheet of XYZ Corp?

Vibrant Company had $1,020,000 of sales in each of three consecutive years 2016–2018, and it purchased merchandise costing $560,000 in each of those years. It also maintained a $320,000 physical inventory from the beginning to the end of that three-year period. In accounting for inventory, it made an error at the end of year 2016 that caused its year-end 2016 inventory to appear on its statements as $300,000 rather than the correct $320,000.

Required:
1. Determine the correct amount of the company’s gross profit in each of the years 2016–2018.
2. Prepare comparative income statements to show the effect of this error on the company's cost of goods sold and gross profit for each of the years 2016−2018.
  

Diversified semiconductors sells perishable electronic components. some must be shipped and stored in reusable protective containers. customers pay a deposit for each container received. the deposit is equal to the containers cost. they receive a refund when the container is returned. during 2016, deposits collected on containers shipped where $850,000. deposits are forfeited if containers are not returned within 18 months. containers held by customers at January one 2016 represented deposits a $530,000. in 2016, $790,000 was refunded and deposits forfeited were $35,000.

1. prepare the appropriate journal entries for the deposits received and return during 2016.

2. determine the liability for refundable deposits to be reported on the December 31st 2016 balance sheet.

Particle A moves along an axis in the laboratory with velocity V = 0.3c. Particle b moves with velocity of V = .9c along the direction of motion of particle A.

What kinetic energy does the particle b measure for the particle A?

Calculate the Kf of Ag(NH3)2 + from

Ag+(aq) + e- ⇋ Ag(s) E0= 0.81 V

Ag(NH3)2+(aq) + e- ⇋ Ag(s) + 2NH3(aq) E0= 0.37 V

Block copy, and paste, the argument into the window below, and do a proof to prove that the argument is valid.

1. (p   • q)   •   (q ⊃   x)
2. ~x v ~s
3. n   v   s     : .    t ⊃ n

Derive the equations for a particle moving near the surface of the earth, given by

?̈= 2? cos ? ?̇

?̈= −2( cos ? ?̇ + ? sin ? ?̇)

?̈= −? + 2? sin ? ?̇

? = v/r; v=velocity; r-radius

where the earth’s rotational speed in the ?̂ direction is ?.

How do I prepare the four standards?

Materials

Methanol

200. ppm w/v nicotine stock in methanol

250. ppm w/v quinoline stock in methanol

Standard Preparation

Prepare four standards using methanol as the dilution solvent. These standards should be prepared directly in GC vials assuming additivity of all solutions (use micropipets). The final volume of each should be 1.00 mL. The nicotine concentration should vary as follows: 10.0, 20.0, 30.0, 40.0, and 50.0 ppm w/v. The quinoline concentration should be 25.0 ppm w/v for each standard. Create a table that clearly shows what volume of each stock and methanol needs to be added to create these standards.

If you are given that y = f(x, v, w) = 2x -3 w + 5v; if you are also told the values of w = 5 and v = 10

a) Find an expression for f(x) = y in terms of x (i.e. plug in for w and v and reduce the equation

b) Plot your solution to the right

c) If you are told that x changes from 4 to 6, illustrate and explain what happens in your graph above.

d) If you are told that w changes from 5 to 2, how does this change what you solved/plotted? Show graphically and explain. Hint: Go back to your original equation and plug in w = 2 and v =2 and plot the line. What happened?