Free GARP FRM-Part-1 Exam Questions
Absolute Free FRM-Part-1 Exam Practice for Comprehensive Preparation
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GARP FRM-Part-1 Exam Questions
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Provided By: GARP
- Exam: FRM Exam Part I
- Certification: GARP Certification
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Total Questions: 533
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Updated On: Mar 03, 2025
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Rated: 4.9 |
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Online Users: 1066
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Question 1
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Which of the following is not a reason to accumulate loss data?
Answer: A
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Which of the following is not a reason to accumulate loss data?
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Question 2
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Robert Patterson, an options trader, believes that the return on options trading is higher on Mondays than on other days. In order to test his theory, he formulates a null hypothesis.Which of the following would be an appropriate null hypothesis? Returns on Mondays are:
Answer: C
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Robert Patterson, an options trader, believes that the return on options trading is higher on Mondays than on other days. In order to test his theory, he formulates a null hypothesis.Which of the following would be an appropriate null hypothesis? Returns on Mondays are:
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Question 3
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Bonds rated B have a 25% chance of default in five years. Bonds rated CCC have a 40% chance of default in five years. A portfolio consists of 30% B and 70% CCC-rated bonds. If a randomly selected bond defaults in a five-year period, what is the probability that it was a Brated bond?
Answer: D
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Bonds rated B have a 25% chance of default in five years. Bonds rated CCC have a 40% chance of default in five years. A portfolio consists of 30% B and 70% CCC-rated bonds. If a randomly selected bond defaults in a five-year period, what is the probability that it was a Brated bond?
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Question 4
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Suppose a bond with a par value of 1000 has coupon payments of 10% per annum and a yield to maturity of5%. If the bond has 4 years to maturity, what is the price of the bond?
Answer: D
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Suppose a bond with a par value of 1000 has coupon payments of 10% per annum and a yield to maturity of5%. If the bond has 4 years to maturity, what is the price of the bond?
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Question 5
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An analyst applying a reinforcement learning model has assigned a probability to exploitation of 65%. As she completes more trials, she can reasonably expect that the probability will increase above:
Answer: A
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An analyst applying a reinforcement learning model has assigned a probability to exploitation of 65%. As she completes more trials, she can reasonably expect that the probability will increase above: