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Based on the following gdb memory dump of the heap, (gdb) x/…

Based on the following gdb memory dump of the heap, (gdb) x/14gx mm_heap_lo()0x7efff724c000: 0x0000000000000000      0x00000000000000110x7efff724c010: 0x0000000000000011      0x00000000000000010x7efff724c020: 0x0000000000000000      0x00000000000000000x7efff724c030: 0x0000000000000000      0x00000000000000000x7efff724c040: 0x0000000000000000      0x00000000000000000x7efff724c050: 0x0000000000000000      0x00000000000000000x7efff724c060: 0x0000000000000000      0x0000000000000000 How many free blocks are in the heap? Do not include the prologue/epilogue/padding in your count. [free] How many allocated blocks are in the heap? Do not include the prologue/epilogue/padding in your count. [alloc] If mm_sbrk is called at this point, what address will it return? Enter the value in hex, starting with 0x and with all letters lowercase. [sbrk]

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Given all the data in the question, will BOTH gears survive…

Given all the data in the question, will BOTH gears survive by the time pinion rotates 109 cycles?What all calculations and steps will you do? What value range of what number will decide the survivability?(No need to do the actual math) ****************************************** Please type you answer below in no more than 5 ish short sentences. No long essays. Long essays are NOT a sign of clear understanding.  ***************************************** Your answer will look something like this: First I’ll calculate the variables, Ko, Km, Sm,….. and Sg for the pinion. Then using these I’ll calculate X, Y and Z by the formula  X = Ko*Km*Sm/T/Y.If  X>Y and Y< 5600 this means pinion will not survive. And so on...

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