Find the minimum numberer of bits needed for the procedure's output, assuming the temperature is between 0F and 150F. Remember the result must have 4 fractional bits. With that answer, find the fixed point representation of both VREFP_fpx and _147p5_fpx. Also, what is a, the number of bits before rounding?

uint32_t ADC2Temp( uint16_t Dout const uint32_t VREFP.fpx = y; const uint32.t -147p5.fpx = z; uint32-t tmp; /7 Calculate the temperature in C. tmp147p5.fpx - CC75 * VRE FP.fpx * Dout) / 4 096); /7 Calculate the temperature in F. tmp = (tmp * 9) / 5 + 32 * (1 > a; // Round and return 4-fp result. return (tmp >1) + (tmp & 1); uint32_t ADC2Temp( uint16_t Dout const uint32_t VREFP.fpx = y; const uint32.t -147p5.fpx = z; uint32-t tmp; /7 Calculate the temperature in C. tmp147p5.fpx - CC75 * VRE FP.fpx * Dout) / 4 096); /7 Calculate the temperature in F. tmp = (tmp * 9) / 5 + 32 * (1 > a; // Round and return 4-fp result. return (tmp >1) + (tmp & 1)