What would occur if you were to replace the bulb in the circuit with a much brighter bulb?

a

question 20 options:

more energy would be transferred from electrical energy to light energy.

the light bulb would not work as it would require too much energy.

the new bulb would only burn as bright as the old one because the same amount of energy is available.

the new bulb would not fit into the system.

Since the energy was not raising the temperature of the water during these segments, what was the energy used to do instead? your answer must include an explanation of what is happening to the molecules.

Uranium has two naturally occurring isotopes. 238u has a natural abundance of 99.3% and 235u has an abundance of 0.7%. it is the rarer 235u that is needed for nuclear reactors. the isotopes are separated by forming uranium hexafluoride uf6, which is a gas, then allowing it to diffuse through a series of porous membranes. 235uf6 has a slightly larger rms speed than 238uf6 and diffuses slightly faster. many repetitions of this procedure gradually separate the two isotopes. what is the ratio of the rms speed of 235uf6 to that of 238uf6? express your answer to five significant figures.

If frequency goes down, what happens to wavelength? does it get shorter or longer?