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In risk modeling for credit scoring, the goal is to predict the likelihood of a person repaying a loan based on relevant financial behavior and personal information. Employment history, age, income, and credit utilization ratio are all direct indicators of financial stability, which is crucial for credit scoring. Employment history shows income stability, age could indicate experience or career maturity, income reflects the ability to repay, and the credit utilization ratio assesses how well an individual manages their available credit. Marital status, however, is not a strong predictor of creditworthiness in most cases, as it does not directly reflect an individual’s financial habits or capacity to repay debt. Therefore, while marital status might be considered in some cases for lifestyle or social profile segmentation, it is not typically a key factor in modeling credit scores. Why Other Options Are Incorrect: • A: Employment history is a key factor in credit scoring models as it reflects financial stability and the likelihood that the person has a steady income to meet financial obligations. • B: Age is often used to determine credit risk as it can correlate with experience in managing finances. People in certain age ranges (typically 25-50) may be considered to have more experience managing finances and may be less likely to default. • C: Income directly reflects an individual’s ability to repay debts, making it one of the most important variables in credit scoring models. • E: Credit utilization ratio is a direct measure of how much credit a person is using relative to their available credit limit, making it a critical factor in determining credit risk.
A boat takes 1/4th time in moving a certain distance downstream than upstream. The ratio of the speed of the boat in still water and that of current is?
The ratio of the speed of boats ‘A’ and ‘B’ in still water is 8:9, respectively. The speed of the current is 25% of the speed of boat ‘A’ in...
A boy can swim a certain distance downstream in 3 hours and return in 7 hours. If the rate of stream is 4 kmph then what is the speed of boy in still wa...
A man can swim downstream in 12 minutes covering a distance of 600 meters. He takes 15 minutes to cover the same distance upstream. Find the speed of th...
A boat covers 45 km downstream in 2 h and the same distance upstream in 10 h. Find the speed (in km/h) of the boat in still water.
A boat, whose speed in still water is 25% more than the speed of the current, covers 810 km downstream in _____ hours. The speed of the boat in still wa...
The speed of a boat in still water is 6 km/hr more than that of the current. The time taken by the boat to cover 925 km downstream is 18.5 hours. Find t...
Speed of a boat in still water is 15 kmph and speed of stream is 13 kmph. A man rows to a place at a distance of 56 km and come back to starting point. ...
A boat can cover 145 km in downstream in 5 hours and 144 km in upstream in 8 hours. Find the speed of boat in still water.
The ratio of the speed of boat in upstream to speed of boat in downstream is 7:9. If the boat can cover a total of 49 km upstream and 81 km downstream i...