Consider a computer that divides instructions into four categories or classes of instructions. If we know the IM and CPI, we can calculate Cycles. Dividing the cycles total by the instructions count total gives us CPI. Given the clock speed and instruction count (IC), we can calculate how long the program ran. Given the values shown below, fill in the missing numbers. 1 Type CPI Cycles (M) Count (M) 460 250 42 a b 550 Integer Floating Point (FP) Load/Store (LIS) Branch 43 1763 630 d 300 1420 Ttl: e f Ttl: CPI MHz CPU Time (sec) 3500 8 Integer cycles in millions: (whole number only, no commas (new rule), but no decimal point. Example: 1440) Floating point CPI: (answer as a whole number without commas followed by a decimal point and always 1 decimal digit, rounded as necessary. Ex: 2.8) Load/Store instruction count in millions (whole number, no commas, no decimal point) Branch CPI: (same format as prior CPI) Total instruction count in millions: (whole number, no commas, no period) CPI: (same format as prior CPI except 2 digits after the decimal. Ex: 2.83) CPU Time in seconds: (answer as a whole number without commas followed by a decimal point and always 2 decimal digits, rounded as necessary. Ex: 2.83)