QUIZ ON : WEB DESIGNING AND PUBLISHING - EDITORS

EDITORS

00:00:00

In Microsoft Word to increase row in a table, ENTER key is used

Option A. TRUE
Option B. FALSE
Option C.
Option D.
True Answer B

Explanation :

In Microsoft Word to increase row in a table, ENTER key is used

Question No# : 01 out of 20

Using Microsoft Word Find and Replace feature you can

Option A. replace both text and formatting.
Option B. replace text of a document only.
Option C. replace formatting only.
Option D. replace documents name with a new name.
True Answer B

Explanation :

Using Microsoft Word Find and Replace feature you can

Question No# : 02 out of 20



Memory unit is one part of

Option A. Input device
Option B. Control unit
Option C. Output device
Option D. Central Processing Unit
True Answer D

Explanation :

Memory unit is one part of

Question No# : 03 out of 20



A battery of 15 volt is connected to a parallel group of resistances of 4, 10 and 20 ohm. The current in the circuit will be (A= ampere)

Option A. 6 A
Option B. 4 A
Option C. 8 A
Option D. 2 A
True Answer A

Explanation :

=++

=

R=

According to Ohm’s Law,

V=IR

I=

 

A battery of 15 volt is connected to a parallel group of resistances of 4, 10 and 20 ohm. The current in the circuit will be (A= ampere)

Question No# : 04 out of 20

Excel moves decimal point one place to the left on clicking Decrease Decimal button on Formatting toolbar.

Option A. TRUE
Option B. FALSE
Option C.
Option D.
True Answer B

Explanation :

Excel moves decimal point one place to the left on clicking Decrease Decimal button on Formatting toolbar.

Question No# : 05 out of 20



Which among following can be a vertical separation between columns ?

Option A. Margin
Option B. Header
Option C. Orientation
Option D. Gutter
True Answer A

Explanation :

Which among following can be a vertical separation between columns ?

Question No# : 06 out of 20



Consider a system with 4 types of resources R1 (3 units), R2 (2 units), R3 (3 units), R4 (2 units). A non-preemptive resource allocation policy is used. At any given instance, a request is not entertained if it cannot be completely satisfied. Three processes P1, P2, P3 request the resources as follows if executed independently.

Process P1:

t=0: requests 2 units of R2

t=1: requests 1 unit of R3

t=3: requests 2 units of R1

t=5: releases 1 unit of R2 and 1 unit of R1.

t=7: releases 1 unit of R3

t=8: requests 2 units of R4

t=10: Finishes

Process P2:

t=0: requests 2 units of R3

t=2: requests 1 unit of R4

t=4: requests 1 unit of R1

t=6: releases 1 unit of R3

t=8: Finishes

Process P3:

t=0: requests 1 unit of R4

t=2: requests 2 units of R1

t=5: releases 2 units of R1

t=7: requests 1 unit of R2

t=8: requests 1 unit of R3

t=9: Finishes

Which one of the following statements is TRUE if all three processes run concurrently starting at time t = 0?

Option A. All processes will finish without any deadlock.
Option B. Only P1 and P2 will be in deadlock.
Option C. Only P1 and P3 will be in deadlock.
Option D. All three processes will be in deadlock.
True Answer A

Explanation :

 Solution:

Available resouces: R1=3, R2=2, R3=3, R4=2 (initially) 

At t=0:

        P1 holds R2=2 
        P2 holds R3=2 
        P3 holds R4=1 ( all requests are successful because their all 
instances are free) 

Available resources after t=0: R1=3, R2=0, R3=1, R4=1 

At t=1:
        P1 holds R2=2, R3=1 
        P2 holds R3=2 
        P3 holds R4=1 

Available resources after t=1: R1=3, R2=0, R3=0, R4=1 

At t=2:

        P1 holds R2=2, R3=1 
        P2 holds R3=2, R4=1 
        P3 holds R4=1, R1=2 

Available resources after t=2: R1=1, R2=0, R3=0, R4=0. 

At t=3:

        P1 holds R2=2, R3=1, R1=1, and waiting for R1=1 
        P2 holds R3=2, R4=1 
        P3 holds R4=1, R1=2 

Available resources after t=3: R1=0, R2=0, R3=0, R4=0. 

At t=4:

        P1 holds R2=2, R3=1, R1=1, and waiting for R1=1 
        P2 holds R3=2, R4=1, and waiting for R1=1 
        P3 holds R4=1, R1=2 

Available resources after t=4: R1=0, R2=0, R3=0, R4=0. 

At t=5:

        P1 holds R2=1, R3=1, R1=1, Released R2=1 
        P2 holds R3=2, R4=1, R1=1, (P2 holds R1=1 which is released by P3, R1=2) 
        P3 holds R4=1 ( releases R1=2) 

Available resources after t=5: R1=1, R2=1, R3=0, R4=0. 

At t=6:

        P1 holds R2=1, R3=1,R1=1. 
        P2 holds R3=1, R4=1, R1=1, (P2 releases R3=1). 
        P3 holds R4=1. 

Available resources after t=6: R1=1, R2=1, R3=1, R4=0. 

At t=7:

        P1 holds R2=1, R1=1 (Releases R3=1). 
        P2 holds R3=1, R4=1, R1=1. 
        P3 holds R4=1, R2=1. 

Available resources after t=7: R1=1, R2=0, R3=2, R4=0. 

At t=8:

        P1 holds R2=1, R1=1, R4=1 and waiting for R4=1. 
        P2 Finished so releases R3=1, R4=1, R1=1. 
        P3 holds R4=1, R2=1, R3=1. 

Available resources after t=8: R1=2, R2=0, R3=2, R4=0. 

At t=9:

        P1 holds R2=1, R1=1, R4=2 (R4 one instance holds by taking the instance
from released P3). 
        P2 Finished. 
        P3 Finishes and hence releases R4=1(Now, holds by P1), R2=1, R3=1. 

Available resources after t=9: R1=2, R2=1, R3=3, R4=0. 

At t=10:

         P1 Finishes and releases R2=1, R1=1, R4=2. 
         P2 Finished. 
         P3 Finished. 

Available resources after t=10: R1=3, R2=3, R3=3, R4=2

 All process finish without any dead lock.

Consider a system with 4 types of resources R1 (3 units), R2 (2 units), R3 (3 units), R4 (2 units). A non-preemptive resource allocation policy is used. At any given instance, a request is not entertained if it cannot be completely satisfied. Three processes P1, P2, P3 request the resources as follows if executed independently.

Process P1:

t=0: requests 2 units of R2

t=1: requests 1 unit of R3

t=3: requests 2 units of R1

t=5: releases 1 unit of R2 and 1 unit of R1.

t=7: releases 1 unit of R3

t=8: requests 2 units of R4

t=10: Finishes

Process P2:

t=0: requests 2 units of R3

t=2: requests 1 unit of R4

t=4: requests 1 unit of R1

t=6: releases 1 unit of R3

t=8: Finishes

Process P3:

t=0: requests 1 unit of R4

t=2: requests 2 units of R1

t=5: releases 2 units of R1

t=7: requests 1 unit of R2

t=8: requests 1 unit of R3

t=9: Finishes

Which one of the following statements is TRUE if all three processes run concurrently starting at time t = 0?

Question No# : 07 out of 20



Select all the text and graphics in the working document or press Ctrl+ A

Option A. TRUE
Option B. FALSE
Option C.
Option D.
True Answer A

Explanation :

Select all the text and graphics in the working document or press Ctrl+ A

Question No# : 08 out of 20



What is the meaning of F in FTP?

Option A. File
Option B. Font
Option C. Format
Option D. Function
True Answer A

Explanation :

What is the meaning of F in FTP?

Question No# : 09 out of 20



Cut, Copy and Paste is in ________ Group in the Home tab.

Option A. Font
Option B. Page Setup
Option C. Clipboard
Option D. Editing
True Answer C

Explanation :

Cut, Copy and Paste is in ________ Group in the Home tab.

Question No# : 10 out of 20



List of Optional Voucher we can get from

Option A. Balance Sheet
Option B. Accounts Books
Option C. Cash Bank Books
Option D. Exceptional Reports
True Answer D

Explanation :

List of Optional Voucher we can get from

Question No# : 11 out of 20

The bits can have only 2 values.

Option A. TRUE
Option B. FALSE
Option C.
Option D.
True Answer A

Explanation :

The bits can have only 2 values.

Question No# : 12 out of 20



Suppose list1 is [4, 2, 2, 4, 5, 2, 1, 0], Which of the following is correct syntax for slicing operation?

Option A. print(list1[0])
Option B. print(list1[:2])
Option C. print(list1[:-2])
Option D. all of the mentioned
True Answer D

Explanation :
Slicing is allowed in lists just as in the case of strings.

Suppose list1 is [4, 2, 2, 4, 5, 2, 1, 0], Which of the following is correct syntax for slicing operation?

Question No# : 13 out of 20



How many ways you can save a document?

Option A. 3
Option B. 4
Option C. 5
Option D. 6
True Answer A

Explanation :

How many ways you can save a document?

Question No# : 14 out of 20



The bright, attractive part of a flower is

Option A. stem
Option B. sepals
Option C. petals
Option D. pedicel
True Answer C

Explanation :
Petals are the most attractive part of a flower. They are larger than the sepals, they are brightly colored, leaf-like, broad and are thin organs. The beauty of the flower depends on petals, there are so many flowers which has different types of petal structure and indicates the differences between them.

The bright, attractive part of a flower is

Question No# : 15 out of 20

What will be the output of the following Python code snippet?

print('abef'.partition('cd'))

Option A. (‘abef’)
Option B. (‘abef’, ‘cd’, ”)
Option C. (‘abef’, ”, ”)
Option D. error
True Answer C

Explanation :
The separator is not present in the string hence the second and the third elements of the tuple are null strings.

What will be the output of the following Python code snippet?

print('abef'.partition('cd'))

Question No# : 16 out of 20



What will be the output of the following Python code snippet?

a={1:"A",2:"B",3:"C"}

for i,j in a.items()

print(i,j,end=" ")

Option A. 1 A 2 B 3 C
Option B. 1 2 3
Option C. A B C
Option D. 1:”A” 2:”B” 3:”C”
True Answer A

Explanation :
In the above code, variables i and j iterate over the keys and values of the dictionary respectively.

What will be the output of the following Python code snippet?

a={1:"A",2:"B",3:"C"}

for i,j in a.items()

print(i,j,end=" ")

Question No# : 17 out of 20



TDS means

Option A. Time Deposit Scheme
Option B. Total Deposit Scheme
Option C. Tax Deducted at Source
Option D. None of above
True Answer C

Explanation :

TDS means

Question No# : 18 out of 20



The three declarations char **apple, char *apple[], and char apple[][] are same.

Option A. TRUE
Option B. FALSE
Option C.
Option D.
True Answer A

Explanation :

The three declarations char **apple, char *apple[], and char apple[][] are same.

Question No# : 19 out of 20

Which of the following is not democratic strategy in classroom teaching?

Option A. Lecture
Option B. Project
Option C. Heuristic
Option D. Brainstorming
True Answer A

Explanation :
A democratic classroom environment uses the class meetings to engage students in decision making and making classroom the best place to learn. Followings are the democratic strategy in classroom teaching:- Discussion method Heuristic method Discovery method Project method Role play method Brainstorming method

Which of the following is not democratic strategy in classroom teaching?

Question No# : 20 out of 20