How many numbers could ENIAC store in its internal memory A) 100 B) 20 C) 80 D) 40

How many numbers could ENIAC store in its internal memory A) 100 B) 20 C) 80 D) 40
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The first electronic general purpose digital computer built by Eckert and Mauchly called ENIAC did not work on the stored program concept. How many numbers could it store in its internal memory? A) 100 B) 20 C) 40 D) 80

Description : The first electronic general purpose digital computer built by Eckert and Mauchly called ENIAC did not work on the stored program concept. How many numbers could it store in its internal memory? A) 100 B) 20 C) 40 D) 80

Last Answer : Answer : B

The first electronic general purpose digital computer built by Motley and Accrete called ENIAC did not work on the stored program concept. How many number s could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Description : The first electronic general purpose digital computer built by Motley and Accrete called ENIAC did not work on the stored program concept. How many number s could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Last Answer : b. 20

The first electronic general purpose digital computer built by Motley and Accrete called ENIAC did not work on the stored program concept. How many number s could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Description : The first electronic general purpose digital computer built by Motley and Accrete called ENIAC did not work on the stored program concept. How many number s could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Last Answer : b. 20

The first electronic general purpose digital computer built by Mauchly and Eckert called ENIA did not work on the stored program principle. How many numbers could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Description : The first electronic general purpose digital computer built by Mauchly and Eckert called ENIA did not work on the stored program principle. How many numbers could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Last Answer : 20

The first electronic general purpose digital computer built by Mauchly and Eckert called ENIA did not work on the stored program principle. How many numbers could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Description : The first electronic general purpose digital computer built by Mauchly and Eckert called ENIA did not work on the stored program principle. How many numbers could it store in its internal memory? a. 100 b. 20 c. 40 d. 80

Last Answer : b. 20

A student was once given a simple task to accomplish. He was given 6 numbers: 1, 10, 20, 30, 40, and 80, and was told to sum them together to be equal to 100. At last, he was able to accomplish this task. How did he do it? -Riddles

Description : A student was once given a simple task to accomplish. He was given 6 numbers: 1, 10, 20, 30, 40, and 80, and was told to sum them together to be equal to 100. At last, he was able to accomplish this task. How did he do it? -Riddles

Last Answer : He read 10 and 80 backwards to give him 01 and 08 respectively. So, 1 + 01 + 20 + 30 + 40 + 08 = 100.

ENIAC was 1) an electronic computer 2) an engine 3) a memory device 4) an electronic calculator

Description : ENIAC was 1) an electronic computer 2) an engine 3) a memory device 4) an electronic calculator

Last Answer : 4) All of these

ENIAC was 1 an electronic computer 2 an engine 3 a memory device 4 an electronic calculator

Description : ENIAC was 1 an electronic computer 2 an engine 3 a memory device 4 an electronic calculator

Last Answer : 1 an electronic computer

ENIAC was (1) an electronic calculator (2) an electronic computer (3) an memory device (4) an engine

Description : ENIAC was (1) an electronic calculator (2) an electronic computer (3) an memory device (4) an engine

Last Answer : an electronic computer

The L.C.M of two numbers is 14 times their H.C.F . The sum of the L.C.M. and the H.C.F . is 600. If one number is 280 , then the other number is (a) 40 (b) 60 (c) 80 (d) 100

Description : The L.C.M of two numbers is 14 times their H.C.F . The sum of the L.C.M. and the H.C.F . is 600. If one number is 280 , then the other number is (a) 40 (b) 60 (c) 80 (d) 100

Last Answer : 80

A rotary system has a damping coefficient of 40 N-m-sec/rad. The damping torque at a velocity of 2 rad/s, will be A) 20 N-m B) 40 N-m C) 80 N-m D) 100 N-m

Description : A rotary system has a damping coefficient of 40 N-m-sec/rad. The damping torque at a velocity of 2 rad/s, will be A) 20 N-m B) 40 N-m C) 80 N-m D) 100 N-m

Last Answer : C) 80 N-m

The draft of ‘Victory plough’ is— (A) 80-100 kg (B) 40-50 kg(C) 70-80 kg (D) 10-20 kg

Description : The draft of ‘Victory plough’ is— (A) 80-100 kg (B) 40-50 kg(C) 70-80 kg (D) 10-20 kg

Last Answer : (A) 80-100 kg

Calculate the power of a material with electric field 100 units at a distance of 10cm with a current of 2A flowing through it. a) 10 b) 20 c) 40 d) 80

Description : Calculate the power of a material with electric field 100 units at a distance of 10cm with a current of 2A flowing through it. a) 10 b) 20 c) 40 d) 80

Last Answer : b) 20

Transmission voltage of ll kV is normally used for distances upto (a) 20—25 km (b) 40—50 km (c) 60—70 km (d) 80—100 km

Description : Transmission voltage of ll kV is normally used for distances upto (a) 20—25 km (b) 40—50 km (c) 60—70 km (d) 80—100 km

Last Answer : (a) 20—25 km

Which of the following statements regarding cash flow patterns (for time periods 0, 1, 2, 3, and 4) is correct? A. The sequence of -Rs.100, Rs.50, Rs.40, Rs.60, and Rs.50 is a non-conventional cash flow pattern B. The sequence of -Rs.100, Rs.600, -Rs.1,100, Rs.600, and Rs.20 potentially has a maximum of two internal rates of return. C. The sequence of +Rs.100, -Rs.1,100, and Rs.1,600 is a conventional cash flow pattern. D. The sequence of -Rs.50, Rs.50, Rs.70, Rs.60, and -Rs.150 potentially has at most two internal rates of return.

Description : Which of the following statements regarding cash flow patterns (for time periods 0, 1, 2, 3, and 4) is correct? A. The sequence of -Rs.100, Rs.50, Rs.40, Rs.60, and Rs.50 is a non-conventional cash ... -Rs.50, Rs.50, Rs.70, Rs.60, and -Rs.150 potentially has at most two internal rates of return.

Last Answer : B. The sequence of -Rs.100, Rs.600, -Rs.1,100, Rs.600, and Rs.20 potentially has a maximum of two internal rates of return.

Research has shown that the percentage of the total study time which could profitably be devoted to recitation as opposed to re-reading could be as high as Options: A) 20 per cent B) 40 per cent C) 60 per cent D) 80 per cent

Description : Research has shown that the percentage of the total study time which could profitably be devoted to recitation as opposed to re-reading could be as high as Options: A) 20 per cent B) 40 per cent C) 60 per cent D) 80 per cent

Last Answer : D) 80 per cent

Mary helped her mom make pecan pies. She could buy 20 ounces of pecans for 7.80 at Food Depart while Food Mart sells a 32.5 ounce bag of pecans for 7.15 - Which store has the best buy on pecans?

Description : Mary helped her mom make pecan pies. She could buy 20 ounces of pecans for 7.80 at Food Depart while Food Mart sells a 32.5 ounce bag of pecans for 7.15 - Which store has the best buy on pecans?

Last Answer : Food Mart sells more pecans for less money, so it ischeaper.The actual costs are:Food Depart: 7.80 / 20 = 0.39 /ounceFood Mart: 7.15 /32.5 = 0.22 / ounce

Mary helped her mom make pecan pie. she could buy 20 ounces of pecans for 7.80 at Food Depot. Food Mart sells a 32.5 ounce bag of pecans for 7.15 which store has the best buy on pecans?

Description : Mary helped her mom make pecan pie. she could buy 20 ounces of pecans for 7.80 at Food Depot. Food Mart sells a 32.5 ounce bag of pecans for 7.15 which store has the best buy on pecans?

Last Answer : Without doing calculations it should be seen that Food Mart hasmore for less. So Food mart would have the best buy.

Who designed ENIAC ?

Description : Who designed ENIAC ?

Last Answer : ENIAC was designed by John Mauchly.

What is ENIAC ?

Description : What is ENIAC ?

Last Answer : ENIAC is a type of first class computer. It works in decimal system. Professor John Mosley was able to make this computer in 1948. This computer was much larger in size and weighed 30 tons. ... power in the Second World War. The full form of ENIAC is Electronic Numerical Intergator and Calculator .

What was the nick name of the computer used by the Americans in 1952 for their H-bomb project? A) ENIAC B) EDSAC C) MANIAC D) UNIVAC

Description : What was the nick name of the computer used by the Americans in 1952 for their H-bomb project? A) ENIAC B) EDSAC C) MANIAC D) UNIVAC

Last Answer : Answer : C

Which of the following is not electro-mechanical computer? A) Z3 B) ABC C) mark I D) ENIAC

Description : Which of the following is not electro-mechanical computer? A) Z3 B) ABC C) mark I D) ENIAC

Last Answer : Answer : D

What was the first computer brought in Nepal? A) ICL/2950 B) ENIAC C) IBM 1401 D) None of above

Description : What was the first computer brought in Nepal? A) ICL/2950 B) ENIAC C) IBM 1401 D) None of above

Last Answer : Answer : C

Who designed the first electronics computer ? ENIAC/ A) Von Neumann B) Joseph M Jacquard C) J. P. Eckert and J. W. Mauchly D) All of above

Description : Who designed the first electronics computer ? ENIAC/ A) Von Neumann B) Joseph M Jacquard C) J. P. Eckert and J. W. Mauchly D) All of above

Last Answer : Answer : C

Which is the first electronic digital computer? A) ENIAC B) MARK I C) Z3 D) ABC

Description : Which is the first electronic digital computer? A) ENIAC B) MARK I C) Z3 D) ABC

Last Answer : Answer : D

The first general purpose electronic digital computer in the world was A) UNIVAC B) EDVAC C) ENIAC D) All of above

Description : The first general purpose electronic digital computer in the world was A) UNIVAC B) EDVAC C) ENIAC D) All of above

Last Answer : Answer : A

Which of the following computer is not invented by J.P. Eckert and John Mauchly? A) ENIAC B) EDVAC C) UNIVAC D) EDSAC

Description : Which of the following computer is not invented by J.P. Eckert and John Mauchly? A) ENIAC B) EDVAC C) UNIVAC D) EDSAC

Last Answer : Answer : D

The first general purpose electronic computer in the world was A) UNIVAC B) EDVAC C) ENIAC D) All of above

Description : The first general purpose electronic computer in the world was A) UNIVAC B) EDVAC C) ENIAC D) All of above

Last Answer : Answer : C

ENIAC uses A) Decimal Numbering System B) Octal Numbering System C) Binary Numbering System D) Hexadecimal Numbering System

Description : ENIAC uses A) Decimal Numbering System B) Octal Numbering System C) Binary Numbering System D) Hexadecimal Numbering System

Last Answer : Answer : A

Which is not a computer of first generation? A) ENIAC B) UNIVAC C) IBM 360 D) IBM 1401

Description : Which is not a computer of first generation? A) ENIAC B) UNIVAC C) IBM 360 D) IBM 1401

Last Answer : Answer : D

Which of the following is not an electronic computer? A) ENIAC B) ABC C) UNIVAC D) EDVAC

Description : Which of the following is not an electronic computer? A) ENIAC B) ABC C) UNIVAC D) EDVAC

Last Answer : Answer : B

The first machine to successfully perform a long series of arithmetic and logical operations was: A) ENIAC B) Mark-I C) Analytic Engine D) UNIVAC-1

Description : The first machine to successfully perform a long series of arithmetic and logical operations was: A) ENIAC B) Mark-I C) Analytic Engine D) UNIVAC-1

Last Answer : Answer : B

Which of the following is the first computer to use Stored Program Concept? A) UNIVAC B) ENIAC C) EDSAC D) None of above

Description : Which of the following is the first computer to use Stored Program Concept? A) UNIVAC B) ENIAC C) EDSAC D) None of above

Last Answer : Answer : C

Which computer was considered the first electronic computer until 1973 when court invalidated the patent? A) ENIAC B) MARK I C) Z3 D) ABC

Description : Which computer was considered the first electronic computer until 1973 when court invalidated the patent? A) ENIAC B) MARK I C) Z3 D) ABC

Last Answer : Answer : A

Which of the following was a special purpose computer? A) ABC B) ENIAC C) EDVAC D) All of the above

Description : Which of the following was a special purpose computer? A) ABC B) ENIAC C) EDVAC D) All of the above

Last Answer : Answer : A

The first computer made available for commercial use was: a) ENIAC b) EDSAC c) UNIVAC d) None of The Above

Description : The first computer made available for commercial use was: a) ENIAC b) EDSAC c) UNIVAC d) None of The Above

Last Answer : c) UNIVAC

Charles Babbage invented 1) ENIAC 2) Difference engine 3) Electronic computer 4) Punched card

Description : Charles Babbage invented 1) ENIAC 2) Difference engine 3) Electronic computer 4) Punched card

Last Answer : 2) Difference engine

ENIAC was the computer of- 1) Storage program concept 2) Processing concept 3) Electronic change concept 4) All

Description : ENIAC was the computer of- 1) Storage program concept 2) Processing concept 3) Electronic change concept 4) All

Last Answer : 1) Storage program concept

Who made ENIAC?

Description : Who made ENIAC?

Last Answer : In 1942, P.Eckert, John W. Mauchly decided to build a high-speed electronic computer that is known as ENIAC.

ENIAC was the computer of1 Storage program concept 2 Processing concept 3 Electronic change concept 4 All

Description : ENIAC was the computer of 1 Storage program concept 2 Processing concept 3 Electronic change concept 4 All

Last Answer : 1 Storage program concept

Which was the first electronic computer constructed at the Moore School of Engineering ‘? (1) EOVAC (2) ONIVAC (3) ENIAC (4) EDSAC

Description : Which was the first electronic computer constructed at the Moore School of Engineering ‘? (1) EOVAC (2) ONIVAC (3) ENIAC (4) EDSAC

Last Answer : ENIAC

The first operational electronic digital computer is (1) ENIAC (2) EDVAC (3) EDSAC (4) UNIVAC

Description : The first operational electronic digital computer is (1) ENIAC (2) EDVAC (3) EDSAC (4) UNIVAC

Last Answer : ENIAC

A modified amino acid solution with increased equimolar branched-chain amino acids and decreased aromatic amino acids has been proposed for patients with hepatic insufficiency. Which of the following statements is/are true? A. This formulation is proposed for the use of patients with fulminant hepatitis. B. Nitrogen balance is achieved in such patients with amounts of 40 gm. of amino acids per 24 hours. C. The use of 80 to 100 gm. of such solutions is associated with hepatic encephalopathy. D. In some studies of surgical patients, improvements in mortality have been reported.

Description : A modified amino acid solution with increased equimolar branched-chain amino acids and decreased aromatic amino acids has been proposed for patients with hepatic insufficiency. Which of the following ... D. In some studies of surgical patients, improvements in mortality have been reported.

Last Answer : Answer: D DISCUSSION: The use of modified amino acid solutions is based on the false neurotransmitter hypothesis of the cause of hepatic coma. According to this hypothesis, the imbalance ... in a group of patients with cirrhosis, decreasing morbidity and showing a trend toward decreased mortality

The normal value of over flow rates for plain primary sedimentation tanks, ranges between A. 25,000 to 35,000 litres/sqm/day B. 40,000 to 50,000 litres/sqm/day C. 50,000 to 60,000 litres/sqm/day D. 80,000 to 100,000 litres/sqm/day

Description : The normal value of over flow rates for plain primary sedimentation tanks, ranges between A. 25,000 to 35,000 litres/sqm/day B. 40,000 to 50,000 litres/sqm/day C. 50,000 to 60,000 litres/sqm/day D. 80,000 to 100,000 litres/sqm/day

Last Answer : ANS: B

The normal values of over flow rates for sedimentation tanks using coagulant, ranges between A. 25,000 to 35,000 litres/sqm/day B. 40,000 to 50,000 litres/sqm/day C. 50,000 to 60,000 litres/sqm/day D. 80,000 to 100,000 litres/sqm/day

Description : The normal values of over flow rates for sedimentation tanks using coagulant, ranges between A. 25,000 to 35,000 litres/sqm/day B. 40,000 to 50,000 litres/sqm/day C. 50,000 to 60,000 litres/sqm/day D. 80,000 to 100,000 litres/sqm/day

Last Answer : ANS: C

A four pole turbogenerator is used in conjunction with a 160 pole propulsion motor. If the generator is turning at 3,200 RPM, what is the current speed of the propeller? A. 40 RPM B. 60 RPM C. 80 RPM D. 100 RPM

Description : A four pole turbogenerator is used in conjunction with a 160 pole propulsion motor. If the generator is turning at 3,200 RPM, what is the current speed of the propeller? A. 40 RPM B. 60 RPM C. 80 RPM D. 100 RPM

Last Answer : Answer: C

A natural draft cooling tower is filled with wooden grids, which covers about __________ percent of the tower height. (A) 10-15 (B) 30-40 (C) 70-80 (D) 90-100

Description : A natural draft cooling tower is filled with wooden grids, which covers about __________ percent of the tower height. (A) 10-15 (B) 30-40 (C) 70-80 (D) 90-100

Last Answer : (A) 10-15

What is the area in floriculture (in 000 hectare) in India ? (A) 40 – 50 (B) 60 – 80 (C) 100 – 120 (D) None of these

Description : What is the area in floriculture (in 000 hectare) in India ? (A) 40 – 50 (B) 60 – 80 (C) 100 – 120 (D) None of these

Last Answer : (C) 100 – 120

Shatter index of metallurgical coke on 2 inches and 0.5 inch screen should be respectively around __________ percent. (A) 80 and 97 (B) 95 and 100 (C) 40 and 70 (D) 25 and 97

Description : Shatter index of metallurgical coke on 2 inches and 0.5 inch screen should be respectively around __________ percent. (A) 80 and 97 (B) 95 and 100 (C) 40 and 70 (D) 25 and 97

Last Answer : (A) 80 and 97

The width b and depth d of a beam cut from a wooden cylindrical log of 100 cm diameter for maximum strength are: (A) b = 57.73 cm d = 81.65 cm (B) b = 81.65 cm d = 57.73 cm (C) b = 50.00 cm d = 50.00 cm (D) b = 40.00 cm d = 80.00 cm

Description : The width b and depth d of a beam cut from a wooden cylindrical log of 100 cm diameter for  maximum strength are:  (A) b = 57.73 cm d = 81.65 cm  (B) b = 81.65 cm d = 57.73 cm  (C) b = 50.00 cm d = 50.00 cm  (D) b = 40.00 cm d = 80.00 cm 

Last Answer : (A) b = 57.73 cm d = 81.65 cm