I was also searching for the same but according to me the lamps with higher wattage should glow brighter. We know that, P=VI In series connection current is same through all the lamps but voltage across each lamp depends on the wattage of the bulb. So the bulb with higher wattage will draw more voltage and glow brighter.
Answer
Unfortunately, the previous answer is incorrect, although it seems* to be the logical answer! The higher-wattage lamp has a lower resistance than the lower-wattage lamp. So, when they are connected in series, the larger voltage drop (IR)will appear across the lower-wattage lamp. As power is proportional to the square of the voltage, it is the lower-wattage lamp that will be the brighter.
[*Many people have the mistaken belief that a higher-wattage lamp has a higher resistance than a lower-wattage lamp. That's the wrong way around!]
Series.
You will have 24 volts DC.
A group of dry cells connected together with their positive poles pointing in the same direction is called a battery. When multiple dry cells are connected in series, their voltages add up to provide a higher total voltage output. This arrangement is commonly used in various electronic devices to power them efficiently.
A non-example of a series connection is a parallel circuit, where components are connected across the same voltage source, allowing multiple paths for current to flow. In a parallel configuration, if one component fails, the others can still operate, unlike in a series connection, where a failure in any one component interrupts the entire circuit. This distinct behavior differentiates parallel connections from series connections.
a chain of connected ideas or passages or objects so arranged that each member is closely related to the preceding and following members (especially a series of patristic comments elucidating Christian dogma)
lower wattage bulb
Resistors are rated in wattage so the lowest wattage rating will be the wattage of the series circuit. It will be able to handle that power any more and the lowest wattage resistor could be damaged and fail.Another AnswerWhen two or more resistors are connected in series, the resistor with the lowest resistance will operate at the highest power. If the power developed by a resistor exceeds its rated power, then the resistor may burn out.
It will if the batteries are connected in series. If they are connected in parallel, the lamp will burn longer, but not brighter.
No, the highest wattage bulb will have the lowest resistance.
Current.
In parallel, each bulb will have full voltage applied across them. However, in series, the voltage across each bulb won't be the same as supply voltage. Thereby, bulbs connected in parallel will glow brighter.
If you put two incandescent bulbs of the same wattage in series, they will both light with the same intensity. If one is lower wattage than the other, the lower wattage bulb will light brighter than the oter one. If you put two 115 volt bulbs of the same wattage in series across 230 volts, both will light equally, but if you use dissimilar wattages, the smaller one will burn out.
Parallel connections will draw more current than equivalent lights connected in series, so the parallel configuration will be brighter.
Oh, dude, let me break it down for you. If you connect a 40W bulb and a 60W bulb in series, the 60W bulb will glow brighter because it has a higher wattage rating. It's like having a race between a tortoise and a hare - the hare (60W bulb) is gonna shine brighter than the tortoise (40W bulb). So, yeah, the 60W bulb takes the spotlight in this series connection scenario.
In a series circuit with three different wattage bulbs, the brightness of each bulb will depend on the wattage of the bulb. The bulb with the highest wattage will be the brightest because it consumes more power and emits more light. The other bulbs will be dimmer in comparison.
Resistance wise, the rated wattages are immaterial. When calculating the amount of power the two of them would be able to dissipate, (or the maximum current) you would have to use V=IR and P=VI to work out which resistor would run into it's wattage rating first.
Brighter in parallel. In series the voltage is divided between the two bulbs, thus the current will only be half so that the power of each bulb will only be one quarter (of 5 watts) in the series set-up.