In the sense of 'work' as force moving through a distance, a light bulb does none
of that.
But in the sense that mechanical work is equivalent to energy in other realms,
the 75-watt light bulb consumes 75 joules of electrical energy every second,
and radiates 75 joules per second of energy in the form of light and heat.
A 75 watt bulb produces about 75 watts of heat.
The main difference between a 100-watt and a 75-watt light bulb is the amount of light output they produce. A 100-watt bulb will be brighter and consume more energy compared to a 75-watt bulb. The 100-watt bulb may also generate more heat than the 75-watt bulb.
We have two bulb in parallel debiting 75 + 40 = 115 watts under 110 volts. I -current amperes V -potential volts W -power watts R -resistance ohms knowing W = V*I V = I*R W = R*I2 Then: 115 watts = 110 volts * I => I = 115/110 = 1,045 amperes R = 115/(115/110)2 = 1102 / 115 = 105,217 ohms ------------------------------------------------------------------------------------------- Another way: First get the resistance of each bulb. Then we know that Rparallel = 1/(1/R1 + 1/R2 ) 75 watts = 110 volts * I => I = 75/110 ampere. R1 = 75/(75/110)2 = 1102/ 75 = 161,333 ohms. for the other bulb 40watts = 110 volts * I => I = 40/110 ampere. R2 = 40/(40/110)2 = 1102/ 40 = 302,5 ohms. meaning Rparallel = 1/(1/161,333+1/302,5) = 105,217 ohms That it's
To calculate the time taken to do 432 joules of work with a power of 75 watts, you would use the formula: time = work / power. Plugging in the values gives you time = 432 Joules / 75 watts = 5.76 seconds.
False. They contain two filaments which are first switched on independently of one another (the lowest two settings), then switched on simultaneously to produce the highest setting. For instance a bulb containing a 25 watt filament and a 50 watt filament will produce 25, 50 and 75 watts of light.
A 75 watt bulb produces about 75 watts of heat.
A 15-watt fluorescent should produce about as much light as a 75-watt incandescent.
The main difference between a 100-watt and a 75-watt light bulb is the amount of light output they produce. A 100-watt bulb will be brighter and consume more energy compared to a 75-watt bulb. The 100-watt bulb may also generate more heat than the 75-watt bulb.
A 75 bulb will use more electricity.
The maximum wattage recommended for a 75 watt light bulb is 75 watts.
Yes.
It's 75/120 and the answer is in amps.
It is equivalent to a 75 watt incandescent bulb
The bulb's power, 75 watts, is the power it uses continuously all the time it is switched on. The energy it uses can be measured in watt-seconds (Joules) or in watt-hours. A 75 watt bulb uses 75 watt-hours each hour, which is 0.075 kilowatt-hour.
The time it takes for water to evaporate under a 75 watt light bulb can vary depending on factors such as the amount of water, humidity levels, and distance from the light bulb. Typically, it may take a few hours to a day for a small amount of water to evaporate under a 75 watt light bulb.
Yes.
Yes, it would be. I use a 75 watt heat bulb in an 110 qt tub for my boa constrictor, and it keeps it a cozy 95 degrees. A 50 watt bulb with a UTH for your cage should be sufficient.