Question Assume TCP is sending segments using a maximum window size (64 KB) on a channel that has infinite bandwidth and an average roundtrip time of 20 ms.  (a) What is the maximum throughput?  (b) How does the throughput change if the roundtrip time increases to 40 ms?  

Question Three A. Outliers are often discarded as noise. However, one person's garbage could be another's treasure. For example, exceptions in credit card transactions can help us detect the fraudulent use of credit cards. Using fraudulence detection as an example, propose two methods that can be used to detect outliers and discuss which one is more reliable - 10 Marks B. List and explain five (5) significant factors that have contributed to the growth of data mining in digital economies. - 5 marks

A soap film(n = 1.33) in air is 320 nm thick. If it is illuminated with white light at normal incidence, what colour will it appear to be in reflected light? A soap film(n = 1.33) in air is 320 nm thick. If it is illuminated with white light at normal incidence, what colour will it appear to be in reflected light?

​​​​​​​ EXERCISE - INDIVIDUAL: Convert from big- to little-endian in MIPS n the files for this lab, you have been given mips_networking.s, a MIPS assembler program that reads one number and chen prints it. Add code to mips_networking.s to make it equivalent to this C program: // Reads a 4-byte value and reverses the byte order, then prints it \#define BYTE_MASK QxFF int main(void) \{ int32_t network_bytes; scanf("\%d", \&network_bytes); int32_t computer_bytes \( =0 \); uint32_t byte_mask = BYTE_MASK; computer_bytes \( \mid= \) (network_bytes \& byte_mask) \( \ll 24 \); computer_bytes \( \mid= \) (network_bytes \& (byte_mask \( \ll 8 \) ) ) \( \ll 8 \); computer_bytes \( \mid= \) (network_bytes \& (byte_mask \( \langle<16)) \gg> \); computer_bytes \( \mid= \) (network_bytes \& (byte_mask \( \langle\langle 24) \) ) \( >>24 \); printf("\%d", computer_bytes); return 0 ; \} n other words, it should read one number, network_bytes, reverse the byte order inside it, and print the result. The MIPS documentation guide provides a set of bitwise operations that will be useful for this. For example: \( \$ 1092 \) mipsy mips_networking.s 5 83886080 \( \$ 1092 \) mipsy mips_networking.s 255 \( -16777216 \) \( \$ 1092 \) mipsy mips_networking.s \( -1 \) \( -1 \) \( \$ 1092 \) mipsy mips_networking.s 2147483647 \( -129 \)

A distant star emits maximum intensity for wavelength 850 nm. What is its radiant intensity? a) 1.9 x10 4 W/m2 b) 7.7 x 10 6 W/m2 c) 7.7 x 10 3 W/m2 d) 1.9 x 10 -4 W/m2

The rotation of rod OA about O is defined by the relation theta = t3 - 4t, where 6 and t are expressed in radians and seconds, respectively. Collar B slides along the rod so that its distance from O is r = 2.5t3 - 5t2, where r and t are expressed in inches and seconds, respectively. When f = 1 s, determine (a) the velocity of the collar, (b) the acceleration of the collar, (c) the radius of curvature of the path of the collar.

please hurry A charge of 5 micro coulomb is shifted from the center of the cube by 3 cm. Length of the cube is 8 cm. What will happen to the flux passing through 1 surface closest to the new position of charge? Decreases Depends on the shortest distance between charge and the surface O Increases Remains the same