Frequency

Force of Tension

Mass per Unit Length

Wavelength

Velocity

Wavelength

Both

We hear the first harmonic.

We hear the middle harmonic.

We hear the highest harmonic.

All harmonics are present at the same time.

Velocity

Wavelength

Relative Strength of Different Harmonics

Size of Instrument

When it undergoes refraction

Light not passing through an object of large mass such as the sun

When the light reflects off a surface

Interacting with any large object compared to the wavelength of the light

It is always less than the speed of other materials

It is always greater than the speed of other materials

It changes from time to time

It changes as it travels from one medium to another

It determines the velocity

It is affected by the medium

It is fixed when the wave is created

It bends towards the normal

It bends away from the normal

The angle of refraction is higher than the angle of reflection

The angle of refraction is lower than the angle of reflection

It will randomly affect the angle of refraction

More light will leave the water

We will get to the critical angle when the angle of refraction is 90 degrees

We will have more external reflection

Because it is shiny

Because the index of refraction of materials is dependent on the wavelength

Because the light reacts with the prism

Because of light's intellectual powers

Crossing two crests

Crossing two troughs

Crossing a crest and a trough

All of the above

By connecting a spectrometer to a telescope

By observing the line spectra present

By comparing the line spectra present with line spectra of atoms in the lab

All of the above

DNA locations

Bond peaks

IR Fragments

Distinct Patterns of Light produced by an element when heated

4L

L/2

2L

2L/3

L

Node at $$x=\lambda$$  , Antinode at $$x=\frac{\lambda}{2}$$  

Node at $$x=\frac{\lambda}{2}$$ , Antinode at $$x=\lambda$$  

Node at $$x=\frac{\lambda}{2}$$ , Antinode at $$x=\frac{\lambda}{4}$$  

Node at $$x=\frac{\lambda}{4}$$ , Antinode at $$x=\frac{\lambda}{2}$$  

Magnetic Fields

Vibrating Charges

Heat

Electric Fields

Vibrating Atoms

Frequency

Speed

Wavelength

All of These

Two of these

Wavelength

Speed

Frequency

Polarization

None of These

Wavelength

Frequency

Velocity

Wavelength and Velocity

Wavelength, Frequency, and Velocity

More than 10 degrees

10 degrees

Less than 10 degrees

A greater depth than it really is

The same depth

A smaller depth than it really is

It gets larger

It gets smaller

It doesn't change

$$\lambda$$  

$$\frac{3\lambda}{2}$$  

$$3\lambda$$  

$$\frac{\lambda}{2}$$  

Monochromatic and Coherent

Coherent but not Monochromatic

Monochromatic but not Coherent

Neither Monochromatic nor Coherent

Narrower

Closer together

Farther apart

Wider

None of these

Diffraction

Interference

Dispersion

Refraction

Diffraction

Interference

Dispersion

Refraction

Just Diffraction

Just interference

Interference and Diffraction

Just Diffraction and Interference and Diffraction

Just Diffraction, Just Interference, and Interference and Diffraction