When electromagnetic (EM) radiation is explained using the particle model, which particle-like behavior could be described? a. EM radiation has a wavelength.
b. EM radiation has a frequency.
c. EM radiation can exhibit interference patterns.
d. EM radiation can move through space without a medium.

EM radiation has a wavelength.

Explanation:

When electromagnetic (EM) radiation is explained using the particle model, the EM radiation has a wavelength.

According to De Broglie, all matter has an associated wavelength which is better known as the De Broglie wavelength.

This wavelength is given by; given by λ=h/p

Where;

p = mv

h = Plank's constant

m= mass of the body

v = velocity of the body

p = momentum of the body

EM radiation can move through space without a medium.(This is for help not for cheating).

Explanation:

When electromagnetic (EM) radiation is explained using the particle model, which particle-like behavior could be described?

Particle-like properties include the ability to travel through space (no medium) and having well-defined energy values.

answer:   you might love summer weather, but you don’t want it to feel like the sun is inside your car. but a hot car that just won’t seem to cool down might be a bigger of a problem than you think. your car relies on being at the right temperature.

explanation:

the current is 0.6

voltage ÷ resistance = current

so 12 ÷ 20 = 0.6