yes
Heavy stones produce more waves than light stones when thrown into water because they displace more water due to their weight. The displacement creates more ripples and waves on the surface of the water.
Yes, but its more of the result of the reaction, which is heat and light. More efficient is florescent which produce more light than heat.
Fluorescent lamps are brighter than filament light bulbs because they produce light by exciting mercury vapor and phosphor coating, which emits more visible light compared to the incandescent process of heating a filament wire to produce light. Additionally, fluorescent lamps are more energy-efficient and have a higher luminous efficacy, meaning they produce more light for the amount of energy consumed compared to filament light bulbs.
A electron microscope can produce images almost 1000 times more detailed than light microscope cn
Compact fluorescent light bulbs are more efficient than incandescent light bulbs because they produce light by converting more electrical energy into visible light and less into heat. Incandescent light bulbs waste a lot of energy as heat, while compact fluorescent bulbs produce more light with less heat generation, resulting in higher efficiency and lower energy consumption.
When turned on - sure. Not that much though. It's usually tinted, and not that strong. More of a mood light than a working light.
The more efficient bulb will produce less heat than the less efficient bulb. This is because a higher proportion of the energy input is converted into light output rather than wasted as heat.
When light bulbs are turned on, they produce heat as a byproduct of generating light. The amount of heat produced varies depending on the type of bulb, but incandescent bulbs tend to produce more heat than LED bulbs.
Yes, the compact fluorescent light produce more light as compared to the same wattage of incandescent light, it is scientifically proved.
Thick concave lenses have shorter focal lengths than thin concave lenses. This is due to the increased curvature of the lens surfaces in thick lenses, which causes light rays to converge more quickly to a focal point.
Light from a red laser will produce more widely spaced fringes of light when passed through a diffraction grating compared to light from a green laser. This is because red light has a longer wavelength than green light, causing it to diffract more.
Large and bulky knots. On stringed musical instruments, thick strings produce lower frequencies, and can complicate tuning, because they require greater tension than a thinner string.