$60,000 related questions

- 1A piece of land measures3 3/4 acres and is for sale at$60,000
Business and finance. A piece of land measures3 3/4 acres and is for sale at$60,000. What is the price per acre?

- 2A piece of land measures 3 3/4 acres and is for sale at $60,000
A piece of land measures 3 3/4 acres and is for sale at $60,000. What is the price per acre?How do I set this up?3*4+1=15/415/4 divided by 60,000/1????

- 3A piece of land measures 3 3/4 acres and is for sale at
$60,000
A piece of land measures 3 3/4 acres and is for sale at $60,000. What is the price per acre?

- 4frank puelo bought 11,288 acres of land he plans to subdivide the land into parcels of 11 6/7 acres how many parcels of land will he develop
frank puelo bought 11,288 acres of land he plans to subdivide the land into parcels of 11 6/7 acres how many parcels of land will he develop?

- 51) There is a total of approximately 12.4 billion acres of agricultural land (cropland, rangeland, irrigated land) on the major continents
1) There is a total of approximately 12.4 billion acres of agricultural land (cropland, rangeland, irrigated land) on the major continents. Given that the average Net Primary Productivity (NPP) of agricultural land is approximately 2900 kcal m-2 y-1 calculate the annual global NPP associated with these lands (your answer should be reported in SI units, i.e. Joules) 2)Assume that animals (humans and domesticated animals) have a 10% energy conversion efficiency and that we need approximately 2800 kcal d-1 to survive. How many i) Human Vegetarians and ii) Human Omnivores could the planet presently support (for simplicity assume that 50% of the energy content of the omnivore diet comes from meat or meat products). Comment on the implication of this calculation. UNITS YOU MAY WANT TO USE:1 ha = 2.47 acres; 1 ton = 1017 kg (1.017 tonne); 1 ly (langley) = 1 cal cm-2; 1 cal = 4.184 J

- 61) There is a total of approximately 12.4 billion acres of agricultural land (cropland, rangeland, irrigated land) on the major continents
1) There is a total of approximately 12.4 billion acres of agricultural land (cropland, rangeland, irrigated land) on the major continents. Given that the average Net Primary Productivity (NPP) of agricultural land is approximately 2900 kcal m-2 y-1 calculate the annual global NPP associated with these lands (your answer should be reported in SI units, i.e. Joules) 2) Assume that animals (humans and domesticated animals) have a 10% energy conversion efficiency and that we need approximately 2800 kcal d-1 to survive. How many i) Human Vegetarians and ii) Human Omnivores could the planet presently support (for simplicity assume that 50% of the energy content of the omnivore diet comes from meat or meat products). Comment on the implication of this calculation. UNITS YOU MAY WANT TO USE: 1 ha = 2.47 acres; 1 ton = 1017 kg (1.017 tonne); 1 ly (langley) = 1 cal cm-2; 1 cal = 4.184 J

- 714000 ACRES OF LAND 12% IS PATIO 25% LIVING SPACE AND REST IS LAWN SQUARE FOOTAGE FOR EACH PORTION OF LAND USING PERCENTAGES
14000 ACRES OF LAND 12% IS PATIO 25% LIVING SPACE AND REST IS LAWN SQUARE FOOTAGE FOR EACH PORTION OF LAND USING PERCENTAGES

- 8A land developer wants to develop 10 acres of land. Each lot in the development
A land developer wants to develop 10 acres of land. Each lot in the development is to be 2/9 of an acre. How many lots will the land developer have in the 10 acres? Must have how you worked the problem out!

- 9A land developer wants to develop 20 acres of land
A land developer wants to develop 20 acres of land. Each lot in the development is to be 5/4 of an acre. How many lots will the land developer have in the 20 acres? Can you please just explain how to do the promblem.

- 10The stadium covers nine-and-a-half acres of land
The stadium covers nine-and-a-half acres of land. Would the complete predicate be covers nine-and-a-half acres and the verb be covers?

- 11A farmer has 200 acres of land suitable for cultivating crops A, B and C
A farmer has 200 acres of land suitable for cultivating crops A, B and C. The cost per acre of cultivating crop A, crop B and crop C is $40, $60 and $80, respectively. The farmer has $12,600 available for land cultivation. Each acre of crop A requires 20 labor-hours, each acre of crop B requires 25 labor-hours and each acre of crop C requires 40 labor-hours. The farmer has a maximum of 5950 labor-hours available. If he wishes to use all his cultivatable land, the entire budget and all the labor available, how many acres of each crop should he plant? [Please can you show me how to Use the Gauss Jordan Elimination method to solve]

- 12A fruit grower has 150 acres of land available to raise two crops, A and B
A fruit grower has 150 acres of land available to raise two crops, A and B. It takes 1 day to trim an acre of crop A and 2 days to trim an acre of crop B, and there are 240 days available each year for trimming. It takes 0.3 days to pick an acre of crop A and 0.1 days to pick an acre of crop B, and there are 30 days per year available for picking. The profit is $140 per acre for crop A and $235 per acre for crop B. Determine the optimal acreage for each fruit and the optimal profit.