All of the following are stages of trematodes (i.e., flukes), EXCEPT for:

For Ollulanus tricuspis, select the TRUE statement

In humans, cutaneous larva migrans (CLM), also known as “creeping eruption”, is caused by the following nematodes

For Filaroides spp,, select the TRUE statement

You are provided with data from a dose-response experiment conducted on BaF3 pre-B lymphocytes engineered to express either wild-type or mutant forms of Bcr-Abl. The cells were tested in the presence or absence of IL-3. Based on the data, what conclusions can you draw regarding: (a) The efficacy of Gleevec? (b) The impact of the T315I mutation on Bcr-Abl function and drug resistance?   

For this question, insert the responses to items a) through d) in the Essay Field below the question. (Refer to tables 8.6 and 8.7)                     (Make your answers very clear). Assume that a carpenter can erect 160 square feet of concrete wall forms per 8-hour day under ideal environmental conditions.  Unexpectedly, weather conditions change such that: wind velocity is 25 mph, the temperature drops to 30 degrees F, and the relative humidity is 70%. If possible, show calculations for c) below. (a) List the effective temperature: Effective temperature = ­xx_­degrees F______ (b) List the estimated productivity: Estimated productivity = xx  percent________ (c) Calculate the number of square feet of forming the worker will place in an 8-hour day under these conditions. Square feet of forming =  xx  Sq. ft./day­________

Overtime hours and productivity: HINT – SEE TABLE 8.4 for this problem The key is to use Table 8.4  (old book 13.8) to determine the. effective labor hours at standard productivity with the x workers given, then convert that to a 40 hour schedule. From the table use the productivity rate for weeks 1 and 2, then for weeks 3 and 4.From Table 8.3 (old book 13.8) for week 1 and 2 effective labor hours or actual hour output for 50-hour weekis 46.3 hours and for week 3 and 4 is 45 hours:For calculating the size of the crew, we should divide total effective labor hours  40-hours times the number of weeks. THE PROBLEM: A project is scheduled to last four weeks. This schedule is based on a crew of 7 workers (Crew A) working 10 hours per day for 5 days per week. The wage is $16 per hour for regular hours. Beyond 8 hours per day or 40 hours per week, the pay is increased by a multiplier of 1.25, i.e., $20 per hour. (a) Determine the number of labor hours actually worked based on this schedule. (Man hours =  _____________) (b) From the table, use the productivity rates for weeks 1 and 2, then 3 and 4 to calculate the effective labor hours at standard productivity. (Effective labor hours = ­­­­______) (c) Calculate the size of the crew (Crew B) required to do a standard 40 hour week over the same 4-week period. (Use whole numbers for the crew size – the weeks can be fractional) (Size of Crew B =___________) (d) Calculate the labor costs of Crew A: (Cost of Crew A =$_____) (e) Calculate the labor cost of Crew B: (Cost of Crew B =$______)

Overtime hours and productivity: HINT – SEE TABLE 8.4 for this problem The key is to use Table 8.4  (old book 13.8) to determine the. effective labor hours at standard productivity with the x workers given, then convert that to a 40 hour schedule. From the table use the productivity rate for weeks 1 and 2, then for weeks 3 and 4.From Table 8.3 (old book 13.8) for week 1 and 2 effective labor hours or actual hour output for 50-hour weekis 46.3 hours and for week 3 and 4 is 45 hours:For calculating the size of the crew, we should divide total effective labor hours  40-hours times the number of weeks. THE PROBLEM: A project is scheduled to last four weeks. This schedule is based on a crew of 7 workers (Crew A) working 10 hours per day for 5 days per week. The wage is $16 per hour for regular hours. Beyond 8 hours per day or 40 hours per week, the pay is increased by a multiplier of 1.25, i.e., $20 per hour. (a) Determine the number of labor hours actually worked based on this schedule. (Man hours =  _____________) (b) From the table, use the productivity rates for weeks 1 and 2, then 3 and 4 to calculate the effective labor hours at standard productivity. (Effective labor hours = ­­­­______) (c) Calculate the size of the crew (Crew B) required to do a standard 40 hour week over the same 4-week period. (Use whole numbers for the crew size – the weeks can be fractional) (Size of Crew B =___________) (d) Calculate the labor costs of Crew A: (Cost of Crew A =$_____) (e) Calculate the labor cost of Crew B: (Cost of Crew B =$______)

For this question, insert the responses to items a) through d) in the Essay Field below the question. (Refer to tables 8.6 and 8.7)                     (Make your answers very clear). Assume that a carpenter can erect 160 square feet of concrete wall forms per 8-hour day under ideal environmental conditions.  Unexpectedly, weather conditions change such that: wind velocity is 25 mph, the temperature drops to 30 degrees F, and the relative humidity is 70%. If possible, show calculations for c) below. (a) List the effective temperature: Effective temperature = ­xx_­degrees F______ (b) List the estimated productivity: Estimated productivity = xx  percent________ (c) Calculate the number of square feet of forming the worker will place in an 8-hour day under these conditions. Square feet of forming =  xx  Sq. ft./day­________

BONUS QUESTION: ATTEMPT IT ONLY AFTER ALL OTHER QUESTIONS HAVE BEEN ADDRESSED. IT IS WORTH UP TO 6 POINTS ADDED TO YOUR SCORE. Explain the principles represented in Maslow’s Hierarchy of needs. How can a construction project manager utilize to improve outcomes in a project?