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  1. MIT Differential Analyzer (mechanical): solutions of differential equations.
  2. Harvard Mark 1 (electromechanical): performed many classified calculations for the US Navy Bureau of Ships during WW2, simulated the implosion mechanism for the Manhattan Project to see if it was practical to detonate an atomic bomb that way.
  3. Atanasoff-Berry Computer: solutions of simultaneous equations.
  4. Colossus: cryptanalysis of Nazi High Command radio teletype cypher.
  5. ENIAC: simulation of Edward Teller's first hydrogen bomb design (proving his design would not work), calculation of firing tables for US Army artillery pieces (its original intended purpose).
  6. UNIVAC: correct prediction of 1952 presidential election results, US Census data reduction, business accounting, billing, calculation of insurance company actuarial tables, etc.
  7. IBM 701: military, scientific, and engineering calculations.
  8. IBM 702: business accounting, billing, calculation of insurance company actuarial tables, etc.
  9. etc.
Unless identified as (mechanical) or (electromechanical) the computers listed above were electronic.
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Anibal Gusikowski

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βˆ™ 2y ago
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Eulalia Doyle

Lvl 10
βˆ™ 3y ago
  1. MIT Differential Analyzer (mechanical): solutions of differential equations.
  2. Harvard Mark 1 (electromechanical): performed many classified calculations for the US Navy Bureau of Ships during WW2, simulated the implosion mechanism for the Manhattan Project to see if it was practical to detonate an atomic bomb that way.
  3. Atanasoff-Berry Computer: solutions of simultaneous equations.
  4. Colossus: cryptanalysis of Nazi High Command radio teletype cypher.
  5. ENIAC: simulation of Edward Teller's first hydrogen bomb design (proving his design would not work), calculation of firing tables for US Army artillery pieces (its original intended purpose).
  6. UNIVAC: correct prediction of 1952 presidential election results, US Census data reduction, business accounting, billing, calculation of insurance company actuarial tables, etc.
  7. IBM 701: military, scientific, and engineering calculations.
  8. IBM 702: business accounting, billing, calculation of insurance company actuarial tables, etc.
  9. etc.
Unless identified as (mechanical) or (electromechanical) the computers listed above were electronic.
This answer is:
User Avatar

User Avatar

Damien Bosco

Lvl 10
βˆ™ 2y ago
  1. MIT Differential Analyzer (mechanical): solutions of differential equations.
  2. Harvard Mark 1 (electromechanical): performed many classified calculations for the US Navy Bureau of Ships during WW2, simulated the implosion mechanism for the Manhattan Project to see if it was practical to detonate an atomic bomb that way.
  3. Atanasoff-Berry Computer: solutions of simultaneous equations.
  4. Colossus: cryptanalysis of Nazi High Command radio teletype cypher.
  5. ENIAC: simulation of Edward Teller's first hydrogen bomb design (proving his design would not work), calculation of firing tables for US Army artillery pieces (its original intended purpose).
  6. UNIVAC: correct prediction of 1952 presidential election results, US Census data reduction, business accounting, billing, calculation of insurance company actuarial tables, etc.
  7. IBM 701: military, scientific, and engineering calculations.
  8. IBM 702: business accounting, billing, calculation of insurance company actuarial tables, etc.
  9. etc.
Unless identified as (mechanical) or (electromechanical) the computers listed above were electronic.
This answer is:
User Avatar

User Avatar

Antonette Beatty

Lvl 10
βˆ™ 2y ago
  1. MIT Differential Analyzer (mechanical): solutions of differential equations.
  2. Harvard Mark 1 (electromechanical): performed many classified calculations for the US Navy Bureau of Ships during WW2, simulated the implosion mechanism for the Manhattan Project to see if it was practical to detonate an atomic bomb that way.
  3. Atanasoff-Berry Computer: solutions of simultaneous equations.
  4. Colossus: cryptanalysis of Nazi High Command radio teletype cypher.
  5. ENIAC: simulation of Edward Teller's first hydrogen bomb design (proving his design would not work), calculation of firing tables for US Army artillery pieces (its original intended purpose).
  6. UNIVAC: correct prediction of 1952 presidential election results, US Census data reduction, business accounting, billing, calculation of insurance company actuarial tables, etc.
  7. IBM 701: military, scientific, and engineering calculations.
  8. IBM 702: business accounting, billing, calculation of insurance company actuarial tables, etc.
  9. etc.
Unless identified as (mechanical) or (electromechanical) the computers listed above were electronic.
This answer is:
User Avatar

User Avatar

Wiki User

βˆ™ 8y ago
  1. MIT Differential Analyzer (mechanical): solutions of differential equations.
  2. Harvard Mark 1 (electromechanical): performed many classified calculations for the US Navy Bureau of Ships during WW2, simulated the implosion mechanism for the Manhattan Project to see if it was practical to detonate an atomic bomb that way.
  3. Atanasoff-Berry Computer: solutions of simultaneous equations.
  4. Colossus: cryptanalysis of Nazi High Command radio teletype cypher.
  5. ENIAC: simulation of Edward Teller's first hydrogen bomb design (proving his design would not work), calculation of firing tables for US Army artillery pieces (its original intended purpose).
  6. UNIVAC: correct prediction of 1952 presidential election results, US Census data reduction, business accounting, billing, calculation of insurance company actuarial tables, etc.
  7. IBM 701: military, scientific, and engineering calculations.
  8. IBM 702: business accounting, billing, calculation of insurance company actuarial tables, etc.
  9. etc.
Unless identified as (mechanical) or (electromechanical) the computers listed above were electronic.
This answer is:
User Avatar
User Avatar

Anonymous

Lvl 1
βˆ™ 4y ago
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Q: What kind of calculation did the first computers perform?
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