1) Develop an algorithm for reading five numbers from a list, and then computing their average. 2) In a wireless Small Office/Home Office (SOHO) network, suppose that the approximate strength of the radio signal $R$ (a value between $0=0 \ %$ and $1=100 \%$ ) is a function of the distance $\mathrm{D]$ between the wireless Action Point (AP) (c.g., a wireless router) and the computers that are wirelessly connected to the network. The greater the distance between the AP and a computer, the weaker the radio signal. 3) If the approximate strength of the radio signal is given by the formula SR-\frac{D}{125}$ (for values of $D \leq 125$ ), develop an algorithm for reading the distances that four computers are from the $\mathrm{AP] $ and determining the strength of the radio signal for each computer. 4) Develop an algorithm for reading the digits of an 8 -digit binary (whole) number from left to right, and computing its decimal equivalent. Use the algorithm to convert the binary number 10010111 to its decimal equivalent. CS.VS. 1152