WHY DO FARMERS FORWARD CONTRACT IN FACTOR MARKETS?

This study investigated farmers' incentives to forward purchase inputs. A model of farmer decision making was used to derive an optimal forward contracting rule. Explicit in the model was the tradeoff between the quantity of input to be purchased in advance, and the remaining portion to be purchased later on the spot market. Results indicated that the primary reasons farmers contract inputs are to reduce risk and to speculate on favorable price moves. A numerical example of fertilizer used in corn production indicated that the size of the price discount was the dominant factor in forward contracting decisions.Farm Management,

A Study of the 50 Brookings High School Vocational Agriculture Students Who Were Awarded the State Farmer Degree During the 20 Year Period from 1930 to 1949 Inclusive

The writer in this problem is attempting to make a follow-up study of the State Farmers who have graduated form Brookings High School from 1930, the year that the first State Farmer Leagues were awarded, to and including to year of 1949

Bounded gaps between primes in number fields and function fields

The Hardy--Littlewood prime $k$-tuples conjecture has long been thought to be completely unapproachable with current methods. While this sadly remains true, startling breakthroughs of Zhang, Maynard, and Tao have nevertheless made significant progress toward this problem. In this work, we extend the Maynard-Tao method to both number fields and the function field $\mathbb{F}_q(t)$

An investigation of networking techniques for the ASRM facility

This report is based on the early design concepts for a communications network for the Advanced Solid Rocket Motor (ASRM) facility being built at Yellow Creek near Iuka, MS. The investigators have participated in the early design concepts and in the evaluation of the initial concepts. The continuing system design effort and any modification of the plan will require a careful evaluation of the required bandwidth of the network, the capabilities of the protocol, and the requirements of the controllers and computers on the network. The overall network, which is heterogeneous in protocol and bandwidth, is being modeled, analyzed, simulated, and tested to obtain some degree of confidence in its performance capabilities and in its performance under nominal and heavy loads. The results of the proposed work should have an impact on the design and operation of the ASRM facility

Current Tests for Tubal Patency: Their Study and Comparison

Two hundred patients have been reviewed in whom culdoscopy or laparoscopy was performed for infertility study. During these two procedures, methylene blue was injected through an endocervical cannula for detection of tubal patency under direct visualization. When compared with 89 patients tested by utero-tubal insufflation and hystero-salpingography, results indicated that direct visualization of the tubes and dye hydrotubation appears to be the most reliable method. HSG proved to be the second most reliable method with a failure rate of 19.2%. The least accurate procedure in this study was UTI with CO2 gas, where the failure rate was 24.7%. The latter lest, however, is the most efficient one for detecting tubal spasm

The Montana Constitution and the Right to a Clean and Healthful Environment

The Montana Constitution and the Right to a Clean and Healthful Environmen