ATM Call Proxy 2
Use the desk proxy premium ~= 0.4 * S * sigma * sqrt(T). If S=120, sigma=30%, and T=0.25 years, what premium estimate results?
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中文题目Use the desk proxy premium ~= 0.4 * S * sigma * sqrt(T). If S=120, sigma=30%, and T=0.25 years, what premium estimate results?
打开 →What is 7.5 bp of $640 million?
打开 →A desk proxy for gross block-trade dollars is block count * average block size in dollars. If those inputs are 1250 and $14 million, what estimate results?
打开 →In a finite-difference grid for a European call, why is the far-right boundary often set close to S_max - K e^(-rτ) rather than to a constant?
打开 →For a European call with spot 100, strike 100, rate 0.03, dividend yield 0, volatility 0.2, and maturity 1, what are Black-Scholes delta and gamma?
打开 →For a European put with spot 95, strike 100, rate 0.04, dividend yield 0.01, volatility 0.25, and maturity 0.5, what are Black-Scholes delta and gamma?
打开 →For a European call with spot 120, strike 110, rate 0.02, dividend yield 0, volatility 0.18, and maturity 1.5, what are Black-Scholes delta and gamma?
打开 →For a European call with spot 150, strike 140, rate 0.03, dividend yield 0.01, volatility 0.22, and maturity 1.25, what are Black-Scholes delta and gamma?
打开 →A desk is long 250 option contracts, each on 100 shares. The option delta moves from 0.42 to 0.48 after the market moves. How many shares should the desk hold before and after, and how many shares must it trade to rebalance to delta neutral?
打开 →A desk is long 120 option contracts, each on 100 shares. The option delta moves from -0.31 to -0.22 after the market moves. How many shares should the desk hold before and after, and how many shares must it trade to rebalance to delta neutral?
打开 →Derive the Newton iteration for solving x + a/x = b.
打开 →At a stock grid with Delta_S=2, the central-difference gamma is Gamma ≈ (V_{i+1}-2V_i+V_{i-1})/Delta_S^2. If V_{i+1}=11, V_{i-1}=7, and the desk wants Gamma=0.5, what center value V_i is needed?
打开 →At a stock grid with Delta_S=1, the central-difference delta is Delta ≈ (V_{i+1}-V_{i-1})/(2*Delta_S). If V_{i+1}=9.4 and the target delta is 0.7, what V_{i-1} is implied?
打开 →At a stock grid with Delta_S=5, the central-difference delta is approximated by Delta ≈ (V_{i+1}-V_{i-1})/(2*Delta_S). If V_{i-1}=12 and the desk wants Delta=0.8, what V_{i+1} is needed?
打开 →Why are explicit or theta-scheme weights turning negative a warning sign for an option grid, especially near kinks?
打开 →Why can clustering grid points around the strike improve gamma estimates more than simply extending S_max farther out?
打开 →A desk proxy for aggregate posted margin is clients * average posted margin. If the total is $3.128 billion and clients is 920, what average posted margin is implied?
打开 →Why does a European put grid often impose V(0,τ) ≈ K e^(-rτ) at the left boundary?
打开 →If S_max is chosen too low in a call-pricing grid, what directional bias do you expect for deep in-the-money call values near the top of the grid, and why?
打开 →A forecast splits annual support chats into Segment A with 15000 entities at 2.5 events each and Segment B with 3000 entities at 6 events each. What is the combined annual estimate?
打开 →For a European call with spot 100, strike 100, rate 0.03, dividend yield 0, volatility 0.2, and maturity 1, what are Black-Scholes vega and rho?
打开 →For a European put with spot 95, strike 90, rate 0.04, dividend yield 0.02, volatility 0.22, and maturity 0.5, what are Black-Scholes vega and rho?
打开 →For a European call with spot 120, strike 130, rate 0.02, dividend yield 0, volatility 0.18, and maturity 1.5, what are Black-Scholes vega and rho?
打开 →Two European calls have the same spot, strike family, rate, dividend yield, and volatility 0.3. Assume both have approximately the same d1 = 0.1, but option A has maturity 1 and option B has maturity 0.5. Which option has the larger Black-Scholes vega?
打开 →Two European puts have the same spot, strike family, rate, dividend yield, and volatility 0.22. Assume both have approximately the same d1 = 0.05, but option A has maturity 0.25 and option B has maturity 1. Which option has the larger Black-Scholes vega?
打开 →Two European calls have the same spot, strike family, rate, dividend yield, and volatility 0.18. Assume both have approximately the same d1 = 0, but option A has maturity 0.5 and option B has maturity 1.5. Which option has the larger Black-Scholes vega?
打开 →Two European calls have the same spot, strike family, rate, dividend yield, and volatility 0.25. Assume both have approximately the same d1 = 0.25, but option A has maturity 0.75 and option B has maturity 0.25. Which option has the larger Black-Scholes vega?
打开 →Two European puts have the same spot, strike family, rate, dividend yield, and volatility 0.2. Assume both have approximately the same d1 = -0.05, but option A has maturity 1.25 and option B has maturity 0.5. Which option has the larger Black-Scholes vega?
打开 →Use the proxy vega ~= 0.4 * S * sqrt(T). If S=95 and T=1 year, what vega estimate results?
打开 →Why do long-gamma positions often come with negative theta in vanilla options?
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