TED Ankara College Foundation Schools
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1415 research outputs found
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DIFFRACTION PATTERN OF GRATES
THE EFFECT OF VARYING DISTANCE AND GRATE DENSITY ON DIFFRACTION PATTER
THE EFFECT OF BOWL MASS AND BOTTOM HOLE DIAMETER ON BOWL SINKING TIME IN WATER
This research was inspired by a nostalgic moment with my mother. Last year, after many years, we rewatched 'Titanic'. As we watched the dramatic scenes of the sinking of the ship, we discussed, "'How could such a large structure sink so quickly?" This idea led me to explore the physics behind sinking objects, namely fluid dynamics. As I delved deeper, I discovered the Saxon Bowl, an ancient timing method based on the same physical principles. This fusion of history and physics intrigued me, motivating my experimental research
Quantifying the Role of Rising Sea Temperatures in the Northward Spread of Fistularia commersonii in the Mediterranean Between 2000–2010: A Statistical Analysis Across Lebanon, Turkey, Greece, Italy, France, and Spain
How does the rate of sea surface temperature (SST) increase correlate with the invasion speed of Fistularia commersonii along the northern Mediterranean route (Lebanon, Turkey, Greece, Italy, France, and Spain) from 2000 to 2010, and what does this reveal about climate-driven marine biodiversity shifts
To what extent does Surface-Enhanced Raman Spectroscopy (SERS) enhance the Raman signal intensity of Brilliant Cresyl Blue, Crystal Violet, and Rhodamine 6G across different concentrations?
Raman Spectroscopy is an analytical method used for determining chemical species, it provides information related to chemical structure and detections on certain
molecular interactions. It is based on elastic scattering of light by an illuminated sample. In this research, the aim is to evaluate 3 different chemical substances; brilliant cresyl blue, crystal violet, and rhodamine 6G which has ultra low concentrations. At that point, Surface Enhanced Raman Spectroscopy (SERS) is utilized
YABANCILAŞMA VE KİMLİK ARAYIŞI
Hakan Bıçakçı’nın Boş Zaman adlı yapıtındaki odak figürün hafıza kaybı sonrası yaşamı ve çevresini algılayışı hangi yazınsal tercihlerle aktarılmıştır
Relationship between the maximum height reached by the vertical projection of the sponge ring called ”the note”, and the weight and the speed of the motors.
This research studies the behaviors of a sponge ring named “the note” during its projection in a vertical axis. The vertical projection is done by a system called “the Shooter” which was designed and manufactured by myself. It is controlled using a computer and a joystick connected to it. Experimentally, the speed of the shooter and the mass of the object will be changed, and theoretically spring constant of the note and height approximations will be done to investigate the relationship and draw conclusions
Investigating the effect of changing the number of magnets on the oscillation period and the induced EMF in the solenoid.
How does a number of magnet attached to a vertically oscillating spring affect its oscillation period in the presence of electromagnetic induction in the solenoid
Effect of Foreign Substances on the Efficiency of Solar Panel
What is the effect of foreign substances (dust, ash) on the efficiency of solar panels
Investigation of Terminal Velocity
How does Activation Energy of Viscous Flow (kj/mol) of different fluids and the fluid temperature (K) effect the Vertical Terminal Velocity (m/s) of a metal marble in motion
The Role of Water Channel Slope in Energy Generation in Hydroelectric Power Plants: A Miniature Experimental Model
How does the slope of a water channel in a
gravity-driven miniature hydroelectric system influence energy output, considering structural and environmental aspects of hydroelectric power plants