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Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

Now a days due to industrialization, there is gap between demand and supply, therefore the need of electricity is increased and we use the electricity efficiently. We cannot store the electricity in AC form, so we store the energy in battery in the form of DC and then it converts into AC using inverter. In that project, we are design and implement the inverter bridge on single phase full and half bridge inverter with R and RL load In that project the PWM method can be used for the generation of the waveforms.

This Paper Leads To A Technique To Solve Degeneracy Occurring In Simplex Method In Linear Programming Problems By Presenting A New Algorithm To Choose The Particular Leaving Variable. This Method Involves Lesser Time Than The Existing Simplex Method To Get The Exact Required Results Of All The Non-Basic Variables Whereas, The Existing Simplex Method Doesn’t Always Show All The Required Results. Proposed Technique Ue/Algorithm Is Better Choice To Avoid The Confusions Of Taking Arbitrary Values To Choose Leaving Variables And Hence The Proposed Technique Is Robust To Solve Degeneracy Linear Programming Problems

This Paper Leads To A Technique To Solve Degeneracy Occurring In Simplex Method In Linear Programming Problems By Presenting A New Algorithm To Choose The Particular Leaving Variable. This Method Involves Lesser Time Than The Existing Simplex Method To Get The Exact Required Results Of All The Non-Basic Variables Whereas, The Existing Simplex Method Doesn’t Always Show All The Required Results. Proposed Technique Ue/Algorithm Is Better Choice To Avoid The Confusions Of Taking Arbitrary Values To Choose Leaving Variables And Hence The Proposed Technique Is Robust To Solve Degeneracy Linear Programming Problems

Novel organometallic compounds have been prepared by complexing the fluoroquinolones, norfloxacin, ofloxacin, ciprofloxacin, sparfloxacin, lomefloxacin, pefloxacin and gatifloxacin, with bismuth. The complexes were characterized by UV, IR, atomic absorption spectroscopy, elemental analysis, differential scanning calorimetry, thermogravimetric analysis and mass spectrometry. Their antibacterial potential against Helicobacter pylori and other microorganisms was investigated. These compounds were found to possess strong activity against Helicobacter pylori at a minimum inhibitory concentration of 0.5 mg Ll. They also exhibited moderate activity against Escherichia coli, Staphylococcus aureus, Bacillus pumilus and Staphylococcus epidermidis. These bismuth-fluoroquinolone complexes have the potential to be developed as drugs against H. pylori related ailments., Komplesacijom fluorokinolona, norfloksacina, ofloksacina, ciprofloksacina, sparfloksacina, lomefloksacina, pefloksacina i gatifloksacina s bizmutom pripravljeni su novi organometalni spojevi. Dobiveni kompleksi karakterizirani su UV, IR i atomskom apsorpcijskom spektroskopijom, elementarnom analizom, diferencijalnom pretražnom kalorimetrijom, termogravimetrijskom analizom i spektrometrijom masa. Nadalje, ispitivan je njihov učinak na Helicobacter pylori i druge mikroorganizme. Ispitivani spojevi pokazuju snažno djelovanje na Helicobacter pylori u koncentraciji 0,5 mg Ll te umjereno djelovanje na Escherichia coli, Staphylococcus aureus, Bacillus pumilus i Staphylococcus epidermidis. Kompleksi fluorokinolona s bizmutom potencijalni su lijekovi za infekcije uzrokovane H. pylori.