Which statement correctly describes the relationship between current, voltage, and resistance? if we
select one:
a. decrease the resistance, and do not change the voltage, the current will decrease.
b. decrease the voltage, and do not change the resistance, the current will also decrease.
c. increase the resistance, and do not change the current, the voltage will remain the same.
d. increase the current, and increase the resistance, the voltage will decrease.

an object can only accelerate when the forces acting on it are unbalanced.  

when that happens

-- the object's speed increases, or

-- its speed decreases, or

-- the direction of its motion changes.

i think it'll be 45 in my opion if i'm wrong tell me

answer: has wavelengths that are longer than visible light

explanation: electromagnetic spectra comprises of different electromagnetic waves which are arranged in order of increasing wavelengths or decreasing energies.

in order from highest to lowest energy, the waves are arranged as: gamma rays, x-rays, ultraviolet radiation, visible light, infrared radiation, and radio waves.

e= energy

h= planck's constant

c= velocity of light

= wavelength

as wavelength and energy are inversely related, the wave having higher wavelengths will be lowest in energy. thus as infrared radiation have lower energy as compared to visible radiation. thus   infrared radiation have higher wavelength as compared to visible radiation.