Write a MIPS assembly code that will add two 64 bit unsigned numbers. Assume that first 64 bit unsigned number is in [$t1, $t0], second number is in [$t3, $t2], where $t1 is the upper part of the 64 bit number and $t0 is the lower part. (Numbers to be added are already in the registers. You do not need to put them there) Leave the final sum in [$t5, $t4]. (Note: In your program, you need to make sure that when an overflow happens, there is NO overflow warning signal generated).

Consider how gaming consoles initially relied on joysticks and joypads and then made the switch to modern gaming controls, which include analog sticks, buttons and switches, touch controls, accelerometers, motion controls, etc. name at least two kinds of gaming experiences that are possible with these new control devices but were not possible on original joysticks. explain how new technologies made this newer game style possible.

Write a program that begins by reading in a series of positive integers on a single line of input and then computes and prints the product of those integers. integers are accepted and multiplied until the user enters an integer less than 1. this final number is not part of the product. then, the program prints the product. if the first entered number is negative or 0, the program must print “bad input.” and terminate immediately. next, the program determines and prints the prime factorization of the product, listing the factors in increasing order. if a prime number is not a factor of the product, then it must not appear in the factorization. sample runs are given below. note that if the power of a prime is 1, then that 1 must appear in t

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