7 research outputs found
The Effect of Financial Derivative use on the Performance of Commercial Banks: Empirical Study in GCC Countries during 2000-2013
The commercial banks are working on innovative ways to achieve profits instead of traditional methods, and hedging of systemic risks by using financial derivatives because of the uncertainty and high volatility in the global and domestic financial markets especially in Golf Cooperation Council âGCCâ countries. In this paper we investigated the effect of financial derivatives use on the performance of commercial banks in the âGCCâ countries, where the study included nineteen banks distributed among the countries (Bahrain, Emirate, Qatar and Saudi) during the period 2000-2013, using the regression model with unbalanced panel data. We concluded the acceptance of dual fixed effects model shows that the relationship varies from one bank to another, due to the different characteristics of each bank and each country. That the use of derivatives is working on the reduction of no systemic risks, which improves the performance of commercial banks especially in the crisis period. Keywords: commercial banks, Banking Performance, GCC country, Panel data. JEL Classification: C3; G32; M41
The Relationship Between Inflation Rate and Nominal Interest Rate in Bolivarian Republic Of Venezuela:Revisiting Fisherâs Hypothesis
Forecasting the threat of Covid-19 and Ukraine war on energy security: An empirical study using âGARCH-TGARCH
Recent developments in the oil and oil-related industries have made energy security a âtop âpriority. Concerns about immediate threats to economic growth as well as long-term âenergy âsecurity are sparked by high costs. To maintain the life quality for everyone in âthe world, there âis a significant shared interest in ensuring that the globe can produce âand use energy in a âsustainable manner. The primary aim of the present paper is to measure âthe impact of the dual âshock of the Covid-19 pandemic and Russiaâs military action in âUkraine on oil and oil-related âproducts sus as Brent Crude oil, WTI crude oil, Heating âoil, Natural Gas, UK natural gas and âGasoline. To realize our investigation daily data âused for the period of 1st January 2020 to 7th âOctober 2022, the selected period âcovered both of Covid-19 pandemic and Ukraine war âcomplications. The main findings âof the T-GARCH model state that there is a positive shock affect âon energy prices, particularly âoil prices that highly increased, followed by a notable augmentation in âthe rest of âenergy products during the Russia-Ukraine conflict. This situation can positively affect âthe âhydrocarbon revenues for oil-exporting countries, in the counterpart the importing-âcountries âare most suffering from the high cost.
Forecasting the threat of Covid-19 and Ukraine war on energy security: An empirical study using âGARCH-TGARCH: Forecasting the threat of Covid-19 and Ukraine war on energy security: An empirical study using âGARCH-TGARCH
Recent developments in the oil and oil-related industries have made energy security a âtop âpriority. Concerns about immediate threats to economic growth as well as long-term âenergy âsecurity are sparked by high costs. To maintain the life quality for everyone in âthe world, there âis a significant shared interest in ensuring that the globe can produce âand use energy in a âsustainable manner. The primary aim of the present paper is to measure âthe impact of the dual âshock of the Covid-19 pandemic and Russiaâs military action in âUkraine on oil and oil-related âproducts sus as Brent Crude oil, WTI crude oil, Heating âoil, Natural Gas, UK natural gas and âGasoline. To realize our investigation daily data âused for the period of 1st January 2020 to 7th âOctober 2022, the selected period âcovered both of Covid-19 pandemic and Ukraine war âcomplications. The main findings âof the T-GARCH model state that there is a positive shock affect âon energy prices, particularly âoil prices that highly increased, followed by a notable augmentation in âthe rest of âenergy products during the Russia-Ukraine conflict. This situation can positively affect âthe âhydrocarbon revenues for oil-exporting countries, in the counterpart the importing-âcountries âare most suffering from the high cost. âRecent developments in the oil and oil-related industries have made energy security a âtop âpriority. Concerns about immediate threats to economic growth as well as long-term âenergy âsecurity are sparked by high costs. To maintain the life quality for everyone in âthe world, there âis a significant shared interest in ensuring that the globe can produce âand use energy in a âsustainable manner. The primary aim of the present paper is to measure âthe impact of the dual âshock of the Covid-19 pandemic and Russiaâs military action in âUkraine on oil and oil-related âproducts sus as Brent Crude oil, WTI crude oil, Heating âoil, Natural Gas, UK natural gas and âGasoline. To realize our investigation daily data âused for the period of 1st January 2020 to 7th âOctober 2022, the selected period âcovered both of Covid-19 pandemic and Ukraine war âcomplications. The main findings âof the T-GARCH model state that there is a positive shock affect âon energy prices, particularly âoil prices that highly increased, followed by a notable augmentation in âthe rest of âenergy products during the Russia-Ukraine conflict. This situation can positively affect âthe âhydrocarbon revenues for oil-exporting countries, in the counterpart the importing-âcountries âare most suffering from the high cost.
Forecasting the threat of Covid-19 and Ukraine war on energy security: An empirical study using âGARCH-TGARCH
Recent developments in the oil and oil-related industries have made energy security a âtop âpriority. Concerns about immediate threats to economic growth as well as long-term âenergy âsecurity are sparked by high costs. To maintain the life quality for everyone in âthe world, there âis a significant shared interest in ensuring that the globe can produce âand use energy in a âsustainable manner. The primary aim of the present paper is to measure âthe impact of the dual âshock of the Covid-19 pandemic and Russiaâs military action in âUkraine on oil and oil-related âproducts sus as Brent Crude oil, WTI crude oil, Heating âoil, Natural Gas, UK natural gas and âGasoline. To realize our investigation daily data âused for the period of 1st January 2020 to 7th âOctober 2022, the selected period âcovered both of Covid-19 pandemic and Ukraine war âcomplications. The main findings âof the T-GARCH model state that there is a positive shock affect âon energy prices, particularly âoil prices that highly increased, followed by a notable augmentation in âthe rest of âenergy products during the Russia-Ukraine conflict. This situation can positively affect âthe âhydrocarbon revenues for oil-exporting countries, in the counterpart the importing-âcountries âare most suffering from the high cost.
Options Pricing by Monte Carlo Simulation, Binomial Tree and BMS Model: a comparative study of Nifty50 options index
Investment behaviour, techniques and choices have evolved in the options markets since the launch of options trading in 1973. Today, we are entering the field of Big Data and the explosion of information, which has become the main feature of science, impacts investors' decisions and their trading position, particularly in the financial markets. Our paper aims to testing the effectiveness of the most popular options pricing models , which are the Monte Carlo simulation method, the Binomial model, and the benchmark model; the Black-Scholes model, when we ignore/take on account the Moneyness categories and different time to maturities; five months, one year, and two years, in addition to comparing these models, we will then test the effect of each model on the prediction of the current options prices, using the regression analysis, and the Nifty50 option index during the period of 25/07/2014 to 30/06/2016. The result shows that all models are overpriced in all Moneyness categories with a high level of volatility in In-the money category, other finding concludes that the Monte Carlo Simulation method is outperforming when the volatility is lower, while the Black-Sholes model and the Binomial model are outperforming in the entire sample with ignoring the Moneyness