A modulating signal is a square wave as shown in the figure

The carrier wave is given by.
`c(t)=1.33sin(8pit)"volts"`
The modulation index is

A modulating signal is a square wave as shown in figure. The carrier wave is given by c(t)=2 sin(8pit)"volt" . The modulation index is

A modulating signal is a square wave is shown in figure. The carrier wave is given by C(t) = 2 sin (8 pi t) volt. (i) Sketch the amplitude modulated wave form. (ii) What is the modulating index?

A modulating signal is a square wave as shown in the following figure. While the carrier wave is given by, e = 4 sin (87 pi t) volt. What is the modulation index ?

A modulating signal is a square wave as shown in the following figure . While the carries wave is given by e=4 sin (8 pi t) volt . What is the modulation index ?

An amplitude modulated wave is as shown in the figure. What is the percentage of modulation ?

An amplitude modulated wave is as shown in figure . Then , the modulation index will be

Why is the amplitude of modulating signal kept less than the amplitude of carrier wave ?

The carrier wave is represented by C(t) = 5 sin (10 pi t) volt A modulating signal is a square wave as shown in figure. Determine modulation index.

Assertion : Higher the modulation index the reception will be strong and clear. Reason : The degree, to which the carrier wave is modulated is called modulation index.

A wave is represented as e=10 sin (10^(8)t+6 sin 1250t) then the modulating index is