1. Is the Purple Stem trait dominant or recessive? Support your conclusion with examples from your laboratory observations.

2. Is the dwarf stem trait dominant or recessive? Support your conclusion with examples from your laboratory observations.

3. Based on your observations, what are the phenotype and genotype of the P1 plant? What did you deduce to be the genotype and phenotype of the P2?

4. Based on your observations, draw the Punnett square for the cross of the P1 and P2 parental plants.

5. Based on your observations, draw the Punnett square for the cross of the F1 plants.

a. Based on the Punnett square above, what is the percentage of offspring that are predicted to have purple stems and dwarf stem 3 © 2019 Carolina Biological Supply Company height? How did this compare to the results that you obtained in this lab?

b. Based on the Punnett square above, what is the percentage of offspring that are predicted to have non-purple stems and dwarf stem height? How did this compare to the results that you obtained in this lab?

c. Based on the Punnett square above, what is the percentage of offspring that are predicted to have purple stems and normal stem height? How did this compare to the results that you obtained in this lab?

d. Based on the Punnett square above, what is the percentage of offspring that are predicted to have non-purple stems and normal stem height? How did this compare to the results that you obtained in this lab?

Can you please fill in empty chart data and answer questions. Will rate, thank you.

Bluebird Inc. uses the product cost concept of applying the cost-plus approach to product pricing. The costs and expenses of producing 25,000 units of Product K are as follows:

Variable costs: $2.50

Direct Materials 4.25

Direct Labor 1.25

Factory Overhead 0.50

Total: 8.50

Fixed Costs $25,000

Selling and Administrative expenses 17,000

Bluebird desires a profit equal to a 5% rate of return on invested assets of $642,500

a) determine the amount of desired profit from the production and sale of Product K

b) determine the total manufacturing costs and the cost amount per unit for the production of 25,000 units of Product K

c) determine the markup percentage of Product K

d) determine the selling price of Product K

Round your markup percentage to one decimal place, and other intermediate calculations and final answer to two decimal places. SHOW WORK

QUESTION 1

Construction professionals who came from various specialty are brought together for a specific construction project and then disbanded once construction is complete.

• Student to draw diagram of construction team/ building team in correct order for a big project.
• Indicate tiers and arrows based on their hierarchy in a big project, and their relationship with one another.
• Explain briefly each of their roles.

QUESTION 2

Site Preparation is the first step taken to start a new project to ensure the ground is safe to undertake construction works.

• Student to list activities of site preparation involved, in sequence.
• Support your answer with images for each steps that is on the list.
• Identify appropriate tools used on site in order to complete each site preparation task in the list.
• Briefly explain each steps for site preparation activity.

QUESTION 3

Common building components are super structures and sub structures that was classified based on occupancy and structure, design loads, common building components, their function and nominal dimensions.

TASK

• Student to sketch building components for a post and beam construction. Building components to be drawn are as follows:

o Pad or raft foundation component o Column and beam component o Flooring component o Opening (door and window) component o Wall component o Roof component

• Label the components accordingly.
• Describe the components briefly.

QUESTION 4

Building construction is an ancient human activity. It began with the purely functional need for a controlled environment to moderate the effects of climate. Constructed shelters were one means by which human being were able to adapt themselves to a wide variety of climates and become global species.

TASK

• Student to draw a section of a two-storey house suited for a tropical climate like Malaysia.
• Section should indicate elements listed below:

o Substructure – foundation o Superstructure – floor, column, beam, ceiling and roof o Components – window and door

• Equip your sectional drawing with correct construction symbol.
• Proposed material used for each elements that is suited for Malaysian climate

During your lunchtime, which you usually spend at the university canteen in the presence of other students, one particular accounting student who was having difficulty with the textbook complained that he did not understand which costs were to be regarded as part of the acquisition cost of land, which costs were to be attributed to buildings under construction, and which were to be treated as an expense. Explain the basic principles to be followed. Are there any difficulties in applying these principles? Please provide illustration to your explanation

The Blue Sky Ski Resort plans to install a new chair lift. Construction is estimated to require an immediate outlay of $210,000. The life of the lift is estimated to be fifteen years with a salvage value of $70,000. Cost of clearing and grooming the new area is expected to be $20,000 for each of the first three years of operation. Net cash inflows from the lift are expected to be $39,000 for each of the first five years and $60,000 for each of the following ten years. Calculate the internal rate of return​ (IRR).

Which of the following would be likely to reduce (shift to the left) the demand for residential housing? Explain very briefly (a line or two for each item) why your answer is correct and why the remaining answers are not. (a) High prices for residential housing units. (b) High mortgage interest rates, i.e. high cost of credit for purchases of residential housing. (c) High prices for lumber and other construction materials. (d) Low unemployment rates. (e) Low prices for residential housing units.

Building a bridge costs $2,000,000,000. and takes 2 years, of this cost, $800 million would be spent in year 1, and $1.2 billion in year 2. The bridge yields no benefits during its construction. but starting in year 3, It generates $300 million in benefits a year and costs $100 million a year to maintain. The bridge will last forever. The discount rate is r=0.05. Is this bridge worth building?

Please provide detail explanation ( not in handwriting form which I may not recognize it )

Residual income, ROI, and EVA

The following selected data pertain to Brannard Company's Construction Division for last year.

1. Calculate the residual income. $______

2. Calculate the return on investment. ______%

3. Calculate the economic value added. $______

Residual income, ROI, and EVA The following selected data pertain to Brannard Company's Construction Division for last year.

Sales $2,380,000

Variable costs $1,428,000

Traceable fixed costs $238,000

Average invested capital (assets) $3,570,000

Current liabilities $238,000

Required rate of return 15%

Marginal tax rate 36%

Weighted average cost of capital 12%

QN:
1. Calculate the residual income. $______

2. Calculate the return on investment. ______%

3. Calculate the economic value added. $______