$\mathrm{.}4\mathrm{.}13\mathrm{.}1$ Packet Transmission Delay. Consider the network shown below, with a sending server on the left, sending packets to two different client receiv$\mathrm{.}4\mathrm{.}13\mathrm{.}1$ Packet Transmission Delay. Consider the network shown below, with a sending server on the left, sending packets to two different client receivers on the right. The sender is sendig packets to the receivers over separate TCP connection. The links have transmission rates of R$1=200$ Mbps $($i$.$e$.,200$ x $106$ bits per second$).$ Assume initially that R$2=$ R$3=25$ Mbps$.$ Suppose each packet is $1$ Mbit $(106$ bits$)$ in size.

How long does it take a sender to transmit a packet into its link $($i$.$e$.,$ the packet transmission delay at the sender$)?$

Question $18$ options:

$5$ msec

$10$ msec

$1$ msec

$20$ msec

$106$ msecCP connection. The links have transmission rates of R$1=200$ Mbps $($i$.$e$.,200$ x $106$ bits per second$).$ Assume initially that R$2=$ R$3=25$ Mbps$.$ Suppose each packet is $1$ Mbit $(106$ bits$)$ in size.

How long does it take a sender to transmit a packet into its link $($i$.$e$.,$ the packet transmission delay at the sender$)?$

Question $18$ options:

$5$ msec

$10$ msec

$1$ msec

$20$ msec

$106$ msec