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4 years ago

Using caller id is part of which step in an effective time management plan

1 answer:

5 0

The answer is avoid distractions. Using caller id is part of step to avoid distractions in an effective time management plan. Today with caller ID available you can identify your callers. When you are focused on your task at hand and the time you have to accomplish it, you must learn to better control the telephone.

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The size of an array (how many elements it contains), which is accessed by .Lenth() returns (Choose the best answer)

Wewaii [24]

Answer:that creates the array, puts some values in it, and displays the values. ... assign a value to each array element and print for (int i = 0; i < anArray.length; i++) ... Array; Array Initializers; Accessing an Array Element; Getting the Size of an Array ... not create an array and does not allocate any memory to contain array elements.

Explanation:

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3 years ago

What is co-operating process

Greeley [361]

Answer: A process is independent if it cannot affect other process or be affected by it

Explanation:

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4 years ago

your brother has made a battery operated torch by using 2 cells & has come to ask you how he may make the torch more powerfu

torisob [31]

Answer: Add more cells in series.

Explanation:

Adding more cells in series will add voltage which will increase the power.

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3 years ago

Which of the following creates a new table called 'game_scores' with 2 columns 'player_name' and 'player_score'?

DerKrebs [107]

Answer:

Explanation:

the valid sql syntax for creating table is

CREATE TABLE table_name (

column_name column_type

)

varchar and int are the valid sql types not string and integer

AS is used in select queries to aggregate results under given name

8 0

3 years ago

Given a floating-point formal with a k-bit exponent and an n-bit (fraction, write formulas for the exponent E, significant M, th

ANEK [815]

Answer:

A) Describe the number 7.0 bit

The exponential value ( E ) = 2

while the significand value ( M ) = 1.112 ≈ 7/4

fractional value ( F ) = 0.112

And, numeric value of the quantity ( V ) = 7

The exponent bits will be represented as : 100----01.

while The fraction bits will be represented as : 1100---0.

B) The largest odd integer that can be represented exactly

The integer will have its exponential value ( E ) = n

hence the significand value ( M )

= 1.11------12 = 2 - 2-n

also the fractional value ( F ) =

0.11------12 = 1 – 2-n

Also, Value, V = 2n+1 – 1

The exponent bits will be represented as follows: n + 2k-1 – 1.

while The bit representation for the fraction will be as follows: 11---11.

C) The reciprocal of the smallest positive normalized value

The numerical value of the equity ( V ) = 22k-1-2

The exponential value ( E ) = 2k-1 – 2

While the significand value ( M ) = 1

also the fractional value ( F ) = 0

Hence The bit representation of the exponent will be represented as : 11---------101.

while The bit representation of the fraction will be represented as : 00-----00.

Explanation:

E = integer value of exponent

M = significand value

F = fractional value

V = numeric value of quantity

A) Describe the number 7.0 bit

The exponential value ( E ) = 2

while the significand value ( M ) = 1.112 ≈ 7/4

fractional value ( F ) = 0.112

And, numeric value of the quantity ( V ) = 7

The exponent bits will be represented as : 100----01.

while The fraction bits will be represented as : 1100---0.

B) The largest odd integer that can be represented exactly

The integer will have its exponential value ( E ) = n

hence the significand value ( M )

= 1.11------12 = 2 - 2-n

also the fractional value ( F ) =

0.11------12 = 1 – 2-n

Also, Value, V = 2n+1 – 1

The exponent bits will be represented as follows: n + 2k-1 – 1.

while The bit representation for the fraction will be as follows: 11---11.

C) The reciprocal of the smallest positive normalized value

The numerical value of the equity ( V ) = 22k-1-2

The exponential value ( E ) = 2k-1 – 2

While the significand value ( M ) = 1

also the fractional value ( F ) = 0

Hence The bit representation of the exponent will be represented as : 11---------101.

while The bit representation of the fraction will be represented as : 00-----00.

8 0

3 years ago