A) 100 B) 31 C) 283 D) 500
A) Six B) Nine C) Three D) Twelve
A) 40 B) 9 C) 31 D) 28
A) It is not a nonparametric test B) It is only for discrete distributions C) It only works for one-dimensional data D) It cannot handle large datasets
A) Kurohana Corp B) The GRB research team C) J. A. Peacock D) NFS
A) Three spatial dimensions B) One linear coordinate C) Two orthogonal angular coordinates D) Four temporal dimensions
A) 18 B) 14 C) 9 D) 16
A) Nine B) Eight C) Six D) Two
A) 283 B) 10 thousand C) 40 thousand D) 100 thousand
A) 0.0029% B) 0.095% C) 5.7% D) 0.0094%
A) 0.0029 B) 0.095 C) 0.0246 D) 0.057
A) 2σ B) 1σ C) 3σ D) 4σ
A) 0.95% B) 0.29% C) 5.7% D) 2.46%
A) Because the sample size was too small B) Because the value is less than 14 C) Because the p-value is 0.057 D) Because it relates to 1σ deviation
A) 5 billion light-years B) 20 billion light-years C) 10 billion light-years D) 2 billion light-years
A) Edwin Hubble and Stephen Hawking B) István Horváth, Jon Hakkila and Zsolt Bagoly C) The Swift Mission research group D) Carl Sagan and Neil deGrasse Tyson
A) November 2010 B) December 2015 C) November 2013 D) January 2012
A) Gamma-ray bursts B) Pulsars C) Black hole mergers D) Supernovae
A) Hubble Space Telescope B) Swift Gamma-Ray Burst Mission C) Chandra X-ray Observatory D) James Webb Space Telescope
A) ~1.5% B) ~50% C) ~10.8% D) ~25%
A) Orion and Taurus B) Ursa Major and Cassiopeia C) Draco and Hercules D) Lyra and Cygnus
A) Planck B) Fermi C) Kepler D) THESEUS
A) Around 5 B) Around 286 C) Around 19 D) Around 31
A) T-test B) Two-point Kolmogorov–Smirnov test C) Linear regression D) Chi-squared test
A) Dark matter annihilation B) Intergalactic gas clouds C) White dwarf accretion D) Neutron star collision and collapse of massive stars
A) Incorrect telescope calibration B) Data transmission errors C) Instrumental noise D) Biases in statistical tests
A) No less than 120 degrees B) Exactly 180 degrees C) No more than 30 degrees D) At least 45 degrees
A) 31 B) 100 C) 19 D) 286
A) NGQ3 only B) NGQ2, NGQ3 and NGQ4 C) NGQ1 and NGQ2 D) NGQ1 and NGQ4
A) Its tie to star formation B) Reflection of light off dark matter C) The curvature of spacetime D) Its proximity to the Milky Way
A) A Discovery News reporter B) Johndric Valdez C) Jon Hakkila D) Jacqueline Howard
A) Ursa Major B) Orion C) Leo D) Gemini
A) Great GRB Wall B) Hercules–Corona Supercluster C) The Valdez Wall D) The Gigantic Wall
A) Elongated B) Spherical C) Roundish D) Flat
A) Johndric Valdez B) Jacqueline Howard C) Jon Hakkila D) Discovery News
A) 10 B) 31 C) 20 D) 15
A) 10,000 B) 5,000 C) 15,000 D) 20,000
A) Canada B) United States C) Australia D) Philippines
A) Nearest neighbor statistics B) Binomial distribution analysis C) Monte Carlo simulation D) Bootstrap point-radius
A) 31 B) 21 C) 9 D) 14
A) Confirmed the structure with 99% certainty B) Proved the HCB does not exist C) Consistent with Monte Carlo simulations D) Identified the structure as a black hole |