Calculate the counterweight needed to lift a load of 30,000 lb for with following crane configuration. Wr = 30,000 lbs Wm = 60,000 lbs Wb = 15,000 lbs dm = 35’ d = 80’ db = 65’ Wcw = ? dcw = 50’  

To set up some roof equipment, we are using a Grove GRT880. The crane is setup the following way:   Fully extended outriggers Counterweight of 22,000 lb Hook block is 9.9′ long and weighs 1,150 lbs Configuration of the jobsite is as follows: Pick up point location (radius) – 60’ pick up point height – 10′ from ground Set point location (radius) – 75’ Set point height – Top of building Five Story building. Each floor is 13’ high 6’ high parapet on roof Rigging Configuration Height of equipment to be hauled – 15’ Weight of equipment to be hauled – 10,000 lbs Lifting beam is W18X46 and is 15 ft long (weight is 46 lb/ft) Wire ropes total weight is 90 lbs (1/2″ diameter ) 1. What boom length do we need to use to set up the load on top of the roof?  2. What is the capacity of the crane in the configuration needed to lift the load on top of the building? 3. Calculate the total load to be lifted. Is the capacity of the crane enough to handle the load? 4. Keeping the same configuration and based on its capacity, what is the maximum load (equipment load only, after subtracting slings, lifting beam or hookblock) that can be safely lifted and setup on top of the building?

To set up some roof equipment, we are using a Grove GRT880. The crane is setup the following way:   Fully extended outriggers Counterweight of 22,000 lb Hook block is 9.9′ long and weighs 1,150 lbs Configuration of the jobsite is as follows: Pick up point location (radius) – 65’ pick up point height – 10′ from ground Set point location (radius) – 65’ Set point height – Top of building Five Story building. Each floor is 13’ high 6’ high parapet on roof Rigging Configuration Height of equipment to be hauled – 15’ Weight of equipment to be hauled – 10,000 lbs Lifting beam is W18X46 and is 15 ft long (weight is 46 lb/ft) Wire ropes total weight is 90 lbs (1/2″ diameter ) 1. What boom length do we need to use to set up the load on top of the roof?  2. What is the capacity of the crane in the configuration needed to lift the load on top of the building? 3. Calculate the total load to be lifted. Is the capacity of the crane enough to handle the load? 4. Keeping the same configuration and based on its capacity, what is the maximum load (equipment load only, after subtracting slings, lifting beam or hookblock) that can be safely lifted and setup on top of the building?  

OBLIQUE FOOT   Identify the following (Select from the drop-down options): All Required Anatomy is [1].  Centering Point is [2]. Collimation is [3].

LATERAL FOOT Identify the attempted projection of the image:

  This picture reveals an abnormality. What is it?

At the end of the cell division illustrated, how many chromosomes will each daughter cell have, and will these cells be diploid or haploid?

  What is the name for this picture of chromosomes?

Which statement about an individual that is homozygous for an allele is FALSE?

Hormone C is _____________.