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Sayani saha
  • -1
Sayani saha
Asked: January 21, 2021In: MAKAUT

3(b) Write down the expression for the intensity of light due to Fraunhofer diffraction in a transmission grating and hence find the condition for secondary minima in the interference pattern.

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makaut-2019makaut-mcqph-101-physics-1sem-1
  • 0 Answers
  • 122 Views
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Kunal101
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Kunal101
Asked: May 28, 2022In: Python

Merge function

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Can someone help me with merge function syntax?

question
  • 0 Answers
  • 54 Views
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Sayani saha
  • 0
Sayani saha
Asked: March 22, 2021In: MAKAUT

7.b) A negative feedback amplifier has the following parameters:

  • 0

Open loop Gain A= 200: feedback ratio = 0.02 and input voltage Vi=5mV Compute the following: i) Gain with feedback ii) Output voltage iii) feedback factor iv) Feedback voltage.

makaut-2016makaut-cs-301-analog and digital electronicssem-3
  • 1 Answer
  • 130 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: February 18, 2021In: MAKAUT

1(i). The Von-Neumann bottleneck is a problem, which occurs due to

  • 0

(A) small size main memory (B) speed disparity between CPU and main memory (C) high speed CPU (D) malfunctioning of any unit on CPU.

makaut-2014makaut-cs-303-computer organizationmakaut-mcqsem-3
  • 1 Answer
  • 1k Views
  • 0 Followers
Answer
eduhilfe
  • 1
eduhilfe
Asked: September 7, 2020In: MAKAUT

1.(i) What is the output of this C code ?

  • 1

#include<stdio.h> void main() { double k=0; for(k=0.0; k< 3.0; k++); printf("%f",k); } (a) 2.000000 (b) 4.000000 (c) 3.000000 (d) None of these

es-cs201-programming for problem solvingmakaut-2018makaut-mcq
  • 1 Answer
  • 293 Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: February 12, 2021In: MAKAUT

1(iii). The general solution of p = log ( px – y), Where p = \frac{dy}{dx}, is

  • 0

a) y = cx – c b) y = cx – c) d) none of these.

makaut-2017makaut-m-201-mathematics-iimakaut-mcqsem-1
  • 1 Answer
  • 2k Views
  • 0 Followers
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Sayani saha
  • -1
Sayani saha
Asked: January 25, 2021In: MAKAUT

1(iv) In Fraunhofer diffraction the incident wavefront is

  • -1

a) Plane b) Circular c) Cylindrical d) Elliptical.

makaut-2018makaut-mcqmakaut-ph-101-physics-1sem-1
  • 1 Answer
  • 1k Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: January 25, 2021In: MAKAUT

1(xv). The number of possible arrangements of two fermions in three cells is

  • 0

a) 9 b) 6 c) 3 d) 1

makaut-2018makaut-mcqmakaut-ph-101-physics-1sem-1
  • 1 Answer
  • 1k Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: February 4, 2021In: MAKAUT

1(iv). The locus of the centre of curvature is called

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a) envelope b) evolute c) circle of curvature d) involutes.

makaut-2019makaut-bs-m-102-mathematics-1bmakaut-mcqsem-1
  • 1 Answer
  • 2k Views
  • 0 Followers
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Sayani saha
  • -9
Sayani saha
Asked: February 19, 2021In: MAKAUT

8.(c) Given the following, determine the size of the sub fields ( in bits ) in the address for Direct Mapping, associative and Set associative mapping cache schemes :

  • -9

We have 256 MB main memory and 1 MB cache memory. The address space of this processor is 256 MB. The block size is 128 bytes. There are 8 blocks in a cache set.

makaut-2013makaut-cs-303-computer organizationsem-3
  • 1 Answer
  • 769 Views
  • 0 Followers
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eduhilfe
  • 0
eduhilfe
Asked: August 22, 2020In: NCERT 11th Maths

20. By using the concept of equation of a line, prove that the three points (3, 0), (– 2, – 2) and (8, 2) are collinear.

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exercise 10.2 (ncert class 11th maths)ncertstraight lines
  • 1 Answer
  • 38 Views
  • 0 Followers
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Sayani saha
  • 1
Sayani saha
Asked: February 17, 2021In: MAKAUT

1(iv). In order to execute a program instructions must be transferred from memory along a bus to the CPU. If the bus has 8 data lines, at most one 8 bit byte can be transferred at a time. How many memory accesses would be needed in this case to transfer a 32 bit instruction from memory to the CPU?

  • 1

a) 1 b) 2 c) 3 d) 4.

makaut-2016makaut-303-computer organizationmakaut-mcqsem-3
  • 2 Answers
  • 763 Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

11. Write short notes on any three of the following :

  • 0

a) Content Addressed Memory b) Tri-state gates in TTL family c) BCD-to-7 segment decoder/driver d) Data lock-out in a counter.

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 91 Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

10.b) Perform the conversation from d flip-flop to JK flip-flop.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 77 Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

10.a) Draw the circuit for a four-bit Johnson counter using D flip-flops and explain its operation. Draw the timing diagram for this 4-bit Johnson counter. How does this timing diagram differ from that of a Ring counter?

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 65 Views
  • 0 Followers
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Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

9.b) Draw a neat diagram for a R-2R ladder type DAC. What is linearity error and offset error in a DAC?

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 76 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

9.a) Describe the operation of successive approximation type A to D converter. How many clock pulses are required in worst case for conversation for an 8-bit SAR? Define quantizing error for an ADC.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 54 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

8.b) Design a 4-bit Up/Down asynchronous counter using all JK flip-flops and other necessary logic gates. Use one direction control input M. If M=0, the counter will count up and for M-1 the counter will count down.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 40 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

8.a) Write down the excitation table of JK and D flip-flops. Derive the excitation equations for these two flip-flops.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 101 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

7.c) Draw logic diagram of Master/Slave JK flip-flop. Why is it called so?

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 70 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

7.b) Design combinational circuit using an 8*4 ROM that accepts a 3-bit number and generates an output binary number equal to the square of the input number.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 102 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

7.a) Distinguish between ROM, PLA and PLD’s as elements realising Boolean functions.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 48 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

6. Implement the following function using 8 : 1 MUX :

  • 0

F ( A, B, C, D) = (0, 2, 4, 8, 9, 10, 11, 12, 13, 14, 15 )

makaut-cs-301-analog and digital electronicsmsksut-2006sem-3
  • 0 Answers
  • 62 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

5. Implement a clocked JK flip-flop using NAND gates only.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 35 Views
  • 0 Followers
Answer
Sayani saha
  • 0
Sayani saha
Asked: April 12, 2021In: MAKAUT

4. Implement a full adder circuit using decoder.

  • 0

makaut-2006makaut-cs-301-analog and digital electronicssem-3
  • 0 Answers
  • 44 Views
  • 0 Followers
Answer
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