(A) Charles Babbage
(B) John McCarthy
(C) Alan Turing
(D) None of these
The answer is: (B) John McCarthy
(A) Java
(B) Python
(C) Lisp
(D) None of these
The answer is: (B) Python
(A) Leukemia
(B) Cytosilicosis
(C) Bone marrow
(D) None of these
The answer is: (B) Cytosilicosis
(A) Pepsin
(B) DNA polymerase
(C) Carbonic anhydrase
(D) None of these
The answer is: (C) Carbonic anhydrase
(A) Flavoring
(B) Fortification
(C) Fermentation
(D) None of these
The answer is: (B) Fortification
(A) Space waves
(B) Cable waves
(C) Antenna waves
(D) None of these
The answer is: (A) Space waves
(A) Gold
(B) Iron
(C) Diamond
(D) Quartz
The answer is: (C) Diamond
Diamond is the hardest known substance on the planet Earth.
(A) Joules
(B) Watts
(C) Joules per rho-Kelvin
(D) Watts per meter-Kelvin
The answer is: (D) Watts per meter-Kelvin
The SI unit of thermal conductivity watts per meter-Kelvin (W/m·K).
(A) Diamond
(B) Graphite
(C) Tungsten
(D) Silicon
The answer is: (A) Diamond
(A) store heat
(B) transfer heat
(C) store electricity
(D) transfer electricity
The answer is: (B) transfer heat
Thermal conductivity is a material’s ability to conduct heat. It measures how quickly heat can pass through a substance. The higher the thermal conductivity, the faster the heat transfer.