shing machine Page 8 CHAPTER :- 1 INTRODUCTION 1.1 INTRODUCTION :- In generally a manual spreading machine of the fertilizer in the farm , some of the problem of uneven spreading of the fertilizers (wrong amount) which may result in the crop damage. more over the conventional spreading of fertilizer by hand in a farm is more time consuming method and require more human effort. Developing the fertilizer splashing machine is a new concept specially meant to reduce the work time and uneven spreading. Therefore, we have designed the fertilizer splashing machine to reduce the total work done and reduce uneven spreading and also reduced time for spreading Aim of designing this fertilizer splashing machine is to spread even fertilizer and reduce work done. Solid …show more content…
They add that the factors affecting the distribution pattern could be classified into groups as follows: Sankalchand Patel college of engineering , visnagar . Design and fabrication of fertilizer splashing machine Page 11 2.2.1. Physical and mechanical properties of fertilizer: Physical and mechanical properties of fertilizer such as particle diameter, shape, density, friction coefficient and moisture content are important factors in determining the distribution uniformity. Reints and Yoerger (1967) showed that improving the uniformity of the distribution pattern of a broadcaster distributor is obtained by selecting the appropriate particle-diameter gradient. Reed and Wacker (1970) reported that bulk density and particle size have a significant effect on width and shape of the distribution pattern. Bhushan (1981) reported that high normal pressures and high sliding speeds can result in high interface (flash) temperatures that can significantly reduce the strength of most materials. He added that in some cases, localized surface melting reduces shear strength and friction drops to
The purpose of this experiment was to analyze the % phosphorous in Miracle Gro. Gravimetric Analysis was used to determine the content of phosphorous in this water soluble fertilizer. The overall goal of Gravimetric Analysis is to form the precipitate MgNH4PO46H2O and isolate it from the aqueous solution by vacuum filtration. In order to obtain the precipitate, a series of dissolution reactions and vacuum filtration were performed. First, Miracle Gro was dissolved with DI water and reacted with activated copper to remove coppers ions in the fertilizer.
In the lab “All That Glitters” the objective that was focused on during the lab was calculating the density, volume and mass of various substances. The method that was used in finding the volume of the samples is called the displacement method. This is a process where the volume of the water in the graduated cylinder is calculated before and after the sample is placed. In this lab, the goal of the experiment was to identify and come to consensus about what the unknown substance might be. For this experiment, the required materials were ten pre and post pennies, unknown sample, graduated cylinder, weigh boat, water, paper towels and a weighing scale.
Friction- Friction is the resistance of an object against a surface. (ex. Unexpectantly pressing on the brakes of your car) 6. Traction-
If the experiment was completed again, more higher concentrations could be applied to the seeds to see if the data is further supported. Either way the more trials the better and more accurate results, this applies to any experiment. Practical applications of the principles of this investigation may be using the correct concentration for a specific plant or seed. This lab shows that it is necessary to follow the directions and specifications when using the fertilizer miracle
Desalination Essay Introduction: Drinking seawater is bad, the salt makes you dehydrated and the more salt water you drink the more it makes you sweat. You also get a dry mouth and low blood pressure as well as your heartbeats faster; you could get bad headaches and a lot of dizziness. Most of the biggest desalination plants are in the middle east like United Arab Emirates, Saudi Arabia, Israel and many more, but the biggest desalination plant in United Arab Emirates it is the biggest power production, in Jebel Ali M-station in Dubai. The plant has an installed capacity of 2,060MW (mega watts) and 140 million imperial gallons of water per day.