The mass of a golf ball is 45.9 g . if it leaves the tee with a speed of 62.0 m/s , what is its corresponding wavelength?

As the question depicts the mass of golf ball is 45.9grams and is leaving with the speed of 62.0m/sec, the wavelength is m

Wavelength is the distance between the successive crests of the wave, especially in the sound waves.

The wavelength is determined by the de Broglie formula which is given below,

here,

h= Plank's constant =

m= Mass of the object = 45.9 grams =

v= Velocity of the object = 62.0 m/sec

so,

m

So, the corresponding wavelength is m

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The wavelength of the golf ball is 2.328×10⁻³⁴m.

All moving particles with mass have a matter wave associated with it. These matter waves are called deBroglie waves.

The deBroglie wavelength λ of a particle is given by,

Here, h is the Planck's constant, m is the mass of the ball and v is its velocity.

Calculate the deBroglie wavelength of the moving golf ball by substituting 6.626×10⁻³⁴J s for h, 45.9×10⁻³kg for m and 62.0 m/s for v.

The wavelength of the golf ball is  2.328×10⁻³⁴m.

cell differentiation  is how generic embryonic  cells  become specialized  cells. this occurs  through a process called gene expression. gene expression is the specific combination of genes that are turned on or off (expressed or repressed), and this is what dictates how a  cell  functions.

explanation:

grav forces affect all objects magnetic forces affect magnetic objects and electric currents