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aleksandr82 [10.1K]
2 years ago
15

Use a VLOOKUP function in cell I5 to identify and calculate the federal withholding tax. Use the tax rates from the range D21:E2

5. The VLOOKUP function returns the applicable tax rate, which you must then multiply by the taxable pay.
In the Cell 'I5' of Sheet 'Payroll Data', the 'Formula Result Value' was not set to '104.35'.


Calculate FICA in cell J5 based on gross pay and the FICA rate (cell B23), and calculate the net pay in cell K5. Copy all formulas down their respective columns to row 16.


In the Cell 'K9' of Sheet 'Payroll Data', the 'Formula' was not set to 'G9-I9-J9'.


In the Cell 'H13' of Sheet 'Payroll Data', the 'Formula' was not set to 'G13-B13*$B$24'.


In the Cell 'H16' of Sheet 'Payroll Data', the 'Formula' was not set to 'G16-B16*$B$24'.


In the Cell 'H9' of Sheet 'Payroll Data', the 'Formula Result Value' was not set to '350'.


In the Cell 'I7' of Sheet 'Payroll Data', the 'Formula Result Va
Computers and Technology
1 answer:
SVEN [57.7K]2 years ago
6 0
In the Cell 'H13' of Sheet 'Payroll Data', the 'Formula' was not set to 'G13-B13*$B$24'.
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Jim is writing a program to calculate the wages of workers in a teddy bear factory.
34kurt

Answer:

The algorithm is as follows;

1. Start

2. Input TeddyBears

3. Input Hours

4. WagebyTeddy = 2 * TeddyBears

5. WagebyHour = 5 * Hours

6. If WagebyHour > WagebyTeddy then

6.1 Print WagebyHour

7. Else

7.1. Print WagebyTeddy

8. Stop

Explanation:

The following variables are used;

TeddyBears -> Number of teddy bears made

Hours -> Number of Hours worked

WagebyTeddy -> Wages for the number of teddy bears made

WagebyHour -> Wages for the number of hours worked

The algorithm starts by accepting input for the number of teddy bears and hours worked from the user on line 2 and line 3

The wages for the number of teddy bears made  is calculated on line 4

The wages for the number of hours worked  is calculated on line 5

Line 6 checks if wages for the number of hours is greated than wages for the number of bears made;

If yes, the calculated wages by hour is displayed

Otherwise

the calculated wages by teddy bears made is displayed

3 0
2 years ago
Check your tire pressure every _____. A. month B. two months C. six months D. year
ohaa [14]

Answer: I'd say (B) Two months

Explanation: Hope its correct and helps, Good luck :)

6 0
2 years ago
Read 2 more answers
Random Pivot Selection: In the algorithm input elements are divided into groups of 5.
SSSSS [86.1K]

Answer:

A) The algorithm will work if they are divided into groups of 7

B ) If the groups of 3 are used they do not run in Linear time

Explanation:

ATTACHED TO THIS IS THE DETAILED PROVE OF  why the algorithm will work if they are divided into groups of 7 and also the prove that if groups of 3 are used they do not run in Linear time

3 0
2 years ago
Using the College Registration example from Section 6.7.3 as a starting point, do the following:
Margarita [4]

Answer:

Check the explanation

Explanation:

INCLUDE Irvine32.inc

TRUE = 1

FALSE = 0

.data

gradeAverage WORD ?

credits WORD ?

oKToRegister BYTE ?

str1 BYTE "Error: Credits must be between 1 and 30" , 0dh,0ah,0

main PROC

call CheckRegs

exit

main ENDP

CheckRegs PROC

push edx

mov OkToRegister,FALSE

; Check credits for valid range 1-30

cmp credits,1 ; credits < 1?

jb E1

cmp credits,30 ; credits > 30?

ja E1

jmp L1 ; credits are ok

; Display error message: credits out of range

E1:

mov edx,OFFSET str1

call WriteString

jmp L4

L1:

cmp gradeAverage,350 ; if gradeAverage > 350

jna L2

mov OkToRegister,TRUE ; OkToRegister = TRUE

jmp L4

L2:

cmp gradeAverage,250 ; elseif gradeAverage > 250

jna L3

cmp credits,16 ; && credits <= 16

jnbe L3

mov OkToRegister,TRUE ; OKToRegister = TRUE

jmp L4

L3:

cmp credits,12 ; elseif credits <= 12

ja L4

mov OkToRegister,TRUE ; OKToRegister = TRUE

L4:

pop edx ; endif

ret

CheckRegs ENDP

END main

4 0
2 years ago
Ten 9600-bps lines are to be multiplexed using TDM. a. Ignoring overhead bits in the TDM frame, what is the total capacity requi
lukranit [14]

Answer:

a.

<u>Given Data :</u>

Data rate of each Line (Channel) = 9600 bps

Total lines need to be multiplexed = 10

<u>Solution:</u>

Total Capacity of Synchronous TDM = Data rate of each line x Total Lines

                                                            =  9600 bps x 10

                                                            = 96,000 bps

                                                            = 96 Kbps

Explanation:

In time division multiplexing, multiple channels (Lines) can transmit data over the medium on different time slots. In synchronous TDM, equal time has been allocated to each channel to transmit their data over the medium. so the total capacity required for 10 lines synchronous TDM is 96Kbps.

Answer:

b.

<u>Given Data:</u>

Data rate for each line (Channel) = 9600 bps

Total lines need to be multiplexed = 10

Average TDM link utilization = 80% = 0.8

Each link busy for the time = 50% = 0.5

<u>Solution:</u>

Capacity of Statistical TDM = data rate x number of Lines x each channel duration/Average utilization of TDM

Capacity of Statistical TDM = 9600 bps x 10 x 0.5/0.8

                                               =60,000 bps

                                               = 60 kbps

Explanation:

In TDM, if we want to limit the capacity of TDM and each channel that need to be multiplexed. we can limit the utilization of the TDM by limiting its transmission time of each channel and also the capacity of TDM.

3 0
2 years ago
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