Images Interview Questions

1,161 images interview questions shared by candidates

Q1: A and B are flipping a coin. A flips first, and then B. What is the probability of A winning first? Q2: What is the volume of a cube inscribed in a sphere with radius 1? Q3: There are 25 horses, each of which runs at a constant speed that is different from the other horses. Since the track only has 5 lanes, each race can have at most 5 horses. If you need to find the 3 fastest horses, what is the minimum number of races needed to identify them?
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Seismic Imaging Analyst

Interviewed at Viridien

3.9
Feb 24, 2024

Q1: A and B are flipping a coin. A flips first, and then B. What is the probability of A winning first? Q2: What is the volume of a cube inscribed in a sphere with radius 1? Q3: There are 25 horses, each of which runs at a constant speed that is different from the other horses. Since the track only has 5 lanes, each race can have at most 5 horses. If you need to find the 3 fastest horses, what is the minimum number of races needed to identify them?

Interview 1, Q3: A company wants to make 2880 teddy bears in a day, and they work 24 hours a day. There are three stations that the teddy bears go through. Station A takes 2 minutes per employee, station B takes 6 minutes per employee, and station C takes 4 minutes per employee. How many employees are needed at each station? If the teddy bears cost $20 to make and the employees are paid $15/hour, what price do they need to sell the teddy bears at to break even?
avatar

Seismic Imaging Analyst

Interviewed at Viridien

3.9
May 15, 2024

Interview 1, Q3: A company wants to make 2880 teddy bears in a day, and they work 24 hours a day. There are three stations that the teddy bears go through. Station A takes 2 minutes per employee, station B takes 6 minutes per employee, and station C takes 4 minutes per employee. How many employees are needed at each station? If the teddy bears cost $20 to make and the employees are paid $15/hour, what price do they need to sell the teddy bears at to break even?

Two identical sound waves travel via different ray paths to a detector. Destructive interference between the two waves is observed at a frequency of 100 Hz. Given the speed of sound in the medium as 1500 m/s can you determine the difference in path length?
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graduate imaging geophysicist

Interviewed at Viridien

3.9
Apr 4, 2023

Two identical sound waves travel via different ray paths to a detector. Destructive interference between the two waves is observed at a frequency of 100 Hz. Given the speed of sound in the medium as 1500 m/s can you determine the difference in path length?

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