356743 Find the length of a half-wave dipole at frequency signal 30 \(MHz\).

356744 Estimate the fastest bit rate capable of being carried by light of wavelength \(1.2 \,\mu {m}\). The number of phone calls that could be carried at this bit rate is found to be \({N} \times 10^{5}\). Find the value of \({N}\) is
(Take bandwidth of optical fibre \(=2\, {GHz}\) )

356745 1% of \({10^{12}}\;Hz\) of a satellite link was used for telephony. Find the number of channels (or subscribers) if each channel is \(8\,kHz.\)

356746 If a radio receiver amplifies all the signal frequencies equally well, it is said to have high

356743 Find the length of a half-wave dipole at frequency signal 30 \(MHz\).

356744 Estimate the fastest bit rate capable of being carried by light of wavelength \(1.2 \,\mu {m}\). The number of phone calls that could be carried at this bit rate is found to be \({N} \times 10^{5}\). Find the value of \({N}\) is
(Take bandwidth of optical fibre \(=2\, {GHz}\) )

356745 1% of \({10^{12}}\;Hz\) of a satellite link was used for telephony. Find the number of channels (or subscribers) if each channel is \(8\,kHz.\)

356746 If a radio receiver amplifies all the signal frequencies equally well, it is said to have high

356743 Find the length of a half-wave dipole at frequency signal 30 \(MHz\).

356744 Estimate the fastest bit rate capable of being carried by light of wavelength \(1.2 \,\mu {m}\). The number of phone calls that could be carried at this bit rate is found to be \({N} \times 10^{5}\). Find the value of \({N}\) is
(Take bandwidth of optical fibre \(=2\, {GHz}\) )

356745 1% of \({10^{12}}\;Hz\) of a satellite link was used for telephony. Find the number of channels (or subscribers) if each channel is \(8\,kHz.\)

356746 If a radio receiver amplifies all the signal frequencies equally well, it is said to have high

356743 Find the length of a half-wave dipole at frequency signal 30 \(MHz\).

356744 Estimate the fastest bit rate capable of being carried by light of wavelength \(1.2 \,\mu {m}\). The number of phone calls that could be carried at this bit rate is found to be \({N} \times 10^{5}\). Find the value of \({N}\) is
(Take bandwidth of optical fibre \(=2\, {GHz}\) )

356745 1% of \({10^{12}}\;Hz\) of a satellite link was used for telephony. Find the number of channels (or subscribers) if each channel is \(8\,kHz.\)

356746 If a radio receiver amplifies all the signal frequencies equally well, it is said to have high