How to achieve equal Sum Values horizontally and vertically in Excel - excel
I'm working on this for a week now and still could not get the result I want. What I want is to have an equal result between the horizontal total and vertical total when summing up every columns in excel. Please consider this worksheet.
Every TSalary values in each row is equal to each values in its row in Gross Pay Columns. The same thing also in TDeductions with the columns in Deductions. However, after summing up each row and getting its overall total in AD13 & AE13, I am not getting the same value with the total when summing up every columns in gross pay and deductions.
In column AE you seem to have rounded each value to the nearer cent. In cell N13 you have summed the unrounded values.
The 4 half-cents (in column N) that have thus been rounded to a full cent cause your total to be 2 cents higher than the total of the unrounded amounts.
You need to be consistent when applying roundings if you wish your totals to be consistent.
Related
Calculate maximum of a subrange in a table based on multiple conditions
I want to calculate the maximum amount of rain fallen on a day. Column B contains the date as YYYYMMDD (value, not text) Column C contains the number of the hour of measurement (ranging from 1 until 24) Column N contains the amount of rain fallen in [mm] : 0 if no rain; positive integer if rain has fallen What formula calculates the maximum amount of rain fallen on a day? So: for january 4th I want to sum N2:N25 for january 5th I want to sum N26:N49 etc. and return the maximum of those calculated values REMARK: a value of -1 in column N indicates 'not measured' and shoudl be treated as 'no rain' (= 0)
I found one, my testing area only extended 1,000 rows, but it should scale nicely. =MAX(SUMIFS(N2:N1000,B2:B1000,B2:B1000)) Remember to enter as an array formula by confirming with CNTRL + SHIFT + ENTER
Here's an ugly solution that takes 3 cells, but is much faster than my first formula: =MAX(SUMIF(N2:N25,">"&0),SUMIF(N26:N49,">"&0),SUMIF(N50:N73,">"&0),SUMIF(N74:N97,">"&0),SUMIF(N98:N121,">"&0),SUMIF(N122:N145,">"&0),SUMIF(N146:N169,">"&0),SUMIF(N170:N193,">"&0),SUMIF(N194:N217,">"&0),SUMIF(N218:N241,">"&0),SUMIF(N242:N265,">"&0),SUMIF(N266:N289,">"&0),SUMIF(N290:N313,">"&0),SUMIF(N314:N337,">"&0),SUMIF(N338:N361,">"&0),SUMIF(N362:N385,">"&0),SUMIF(N386:N409,">"&0),SUMIF(N410:N433,">"&0),SUMIF(N434:N457,">"&0),SUMIF(N458:N481,">"&0),SUMIF(N482:N505,">"&0),SUMIF(N506:N529,">"&0),SUMIF(N530:N553,">"&0),SUMIF(N554:N577,">"&0),SUMIF(N578:N601,">"&0),SUMIF(N602:N625,">"&0),SUMIF(N626:N649,">"&0),SUMIF(N650:N673,">"&0),SUMIF(N674:N697,">"&0),SUMIF(N698:N721,">"&0),SUMIF(N722:N745,">"&0),SUMIF(N746:N769,">"&0),SUMIF(N770:N793,">"&0),SUMIF(N794:N817,">"&0),SUMIF(N818:N841,">"&0),SUMIF(N842:N865,">"&0),SUMIF(N866:N889,">"&0),SUMIF(N890:N913,">"&0),SUMIF(N914:N937,">"&0),SUMIF(N938:N961,">"&0),SUMIF(N962:N985,">"&0),SUMIF(N986:N1009,">"&0),SUMIF(N1010:N1033,">"&0),SUMIF(N1034:N1057,">"&0),SUMIF(N1058:N1081,">"&0),SUMIF(N1082:N1105,">"&0),SUMIF(N1106:N1129,">"&0),SUMIF(N1130:N1153,">"&0),SUMIF(N1154:N1177,">"&0),SUMIF(N1178:N1201,">"&0),SUMIF(N1202:N1225,">"&0),SUMIF(N1226:N1249,">"&0),SUMIF(N1250:N1273,">"&0),SUMIF(N1274:N1297,">"&0),SUMIF(N1298:N1321,">"&0),SUMIF(N1322:N1345,">"&0),SUMIF(N1346:N1369,">"&0),SUMIF(N1370:N1393,">"&0),SUMIF(N1394:N1417,">"&0),SUMIF(N1418:N1441,">"&0),SUMIF(N1442:N1465,">"&0),SUMIF(N1466:N1489,">"&0),SUMIF(N1490:N1513,">"&0),SUMIF(N1514:N1537,">"&0),SUMIF(N1538:N1561,">"&0),SUMIF(N1562:N1585,">"&0),SUMIF(N1586:N1609,">"&0),SUMIF(N1610:N1633,">"&0),SUMIF(N1634:N1657,">"&0),SUMIF(N1658:N1681,">"&0),SUMIF(N1682:N1705,">"&0),SUMIF(N1706:N1729,">"&0),SUMIF(N1730:N1753,">"&0),SUMIF(N1754:N1777,">"&0),SUMIF(N1778:N1801,">"&0),SUMIF(N1802:N1825,">"&0),SUMIF(N1826:N1849,">"&0),SUMIF(N1850:N1873,">"&0),SUMIF(N1874:N1897,">"&0),SUMIF(N1898:N1921,">"&0),SUMIF(N1922:N1945,">"&0),SUMIF(N1946:N1969,">"&0),SUMIF(N1970:N1993,">"&0),SUMIF(N1994:N2017,">"&0),SUMIF(N2018:N2041,">"&0),SUMIF(N2042:N2065,">"&0),SUMIF(N2066:N2089,">"&0),SUMIF(N2090:N2113,">"&0),SUMIF(N2114:N2137,">"&0),SUMIF(N2138:N2161,">"&0),SUMIF(N2162:N2185,">"&0),SUMIF(N2186:N2209,">"&0),SUMIF(N2210:N2233,">"&0),SUMIF(N2234:N2257,">"&0),SUMIF(N2258:N2281,">"&0),SUMIF(N2282:N2305,">"&0),SUMIF(N2306:N2329,">"&0),SUMIF(N2330:N2353,">"&0),SUMIF(N2354:N2377,">"&0),SUMIF(N2378:N2401,">"&0),SUMIF(N2402:N2425,">"&0),SUMIF(N2426:N2449,">"&0),SUMIF(N2450:N2473,">"&0),SUMIF(N2474:N2497,">"&0),SUMIF(N2498:N2521,">"&0),SUMIF(N2522:N2545,">"&0),SUMIF(N2546:N2569,">"&0),SUMIF(N2570:N2593,">"&0),SUMIF(N2594:N2617,">"&0),SUMIF(N2618:N2641,">"&0),SUMIF(N2642:N2665,">"&0),SUMIF(N2666:N2689,">"&0),SUMIF(N2690:N2713,">"&0),SUMIF(N2714:N2737,">"&0),SUMIF(N2738:N2761,">"&0),SUMIF(N2762:N2785,">"&0),SUMIF(N2786:N2809,">"&0),SUMIF(N2810:N2833,">"&0),SUMIF(N2834:N2857,">"&0),SUMIF(N2858:N2881,">"&0),SUMIF(N2882:N2905,">"&0),SUMIF(N2906:N2929,">"&0),SUMIF(N2930:N2953,">"&0),SUMIF(N2954:N2977,">"&0),SUMIF(N2978:N3001,">"&0),SUMIF(N3002:N3025,">"&0),SUMIF(N3026:N3049,">"&0),SUMIF(N3050:N3073,">"&0),SUMIF(N3074:N3097,">"&0),SUMIF(N3098:N3121,">"&0),SUMIF(N3122:N3145,">"&0),SUMIF(N3146:N3169,">"&0),SUMIF(N3170:N3193,">"&0),SUMIF(N3194:N3217,">"&0),SUMIF(N3218:N3241,">"&0),SUMIF(N3242:N3265,">"&0),SUMIF(N3266:N3289,">"&0),SUMIF(N3290:N3313,">"&0),SUMIF(N3314:N3337,">"&0),SUMIF(N3338:N3361,">"&0),SUMIF(N3362:N3385,">"&0),SUMIF(N3386:N3409,">"&0),SUMIF(N3410:N3433,">"&0),SUMIF(N3434:N3457,">"&0),SUMIF(N3458:N3481,">"&0),SUMIF(N3482:N3505,">"&0),SUMIF(N3506:N3529,">"&0),SUMIF(N3530:N3553,">"&0),SUMIF(N3554:N3577,">"&0),SUMIF(N3578:N3601,">"&0),SUMIF(N3602:N3625,">"&0),SUMIF(N3626:N3649,">"&0),SUMIF(N3650:N3673,">"&0),SUMIF(N3674:N3697,">"&0),SUMIF(N3698:N3721,">"&0),SUMIF(N3722:N3745,">"&0),SUMIF(N3746:N3769,">"&0),SUMIF(N3770:N3793,">"&0),SUMIF(N3794:N3817,">"&0),SUMIF(N3818:N3841,">"&0),SUMIF(N3842:N3865,">"&0),SUMIF(N3866:N3889,">"&0),SUMIF(N3890:N3913,">"&0),SUMIF(N3914:N3937,">"&0),SUMIF(N3938:N3961,">"&0),SUMIF(N3962:N3985,">"&0),SUMIF(N3986:N4009,">"&0),SUMIF(N4010:N4033,">"&0),SUMIF(N4034:N4057,">"&0),SUMIF(N4058:N4081,">"&0),SUMIF(N4082:N4105,">"&0),SUMIF(N4106:N4129,">"&0),SUMIF(N4130:N4153,">"&0),SUMIF(N4154:N4177,">"&0),SUMIF(N4178:N4201,">"&0),SUMIF(N4202:N4225,">"&0),SUMIF(N4226:N4249,">"&0),SUMIF(N4250:N4273,">"&0),SUMIF(N4274:N4297,">"&0),SUMIF(N4298:N4321,">"&0),SUMIF(N4322:N4345,">"&0),SUMIF(N4346:N4369,">"&0),SUMIF(N4370:N4393,">"&0),SUMIF(N4394:N4417,">"&0),SUMIF(N4418:N4441,">"&0),SUMIF(N4442:N4465,">"&0),SUMIF(N4466:N4489,">"&0),SUMIF(N4490:N4513,">"&0),SUMIF(N4514:N4537,">"&0),SUMIF(N4538:N4561,">"&0),SUMIF(N4562:N4585,">"&0),SUMIF(N4586:N4609,">"&0),SUMIF(N4610:N4633,">"&0),SUMIF(N4634:N4657,">"&0),SUMIF(N4658:N4681,">"&0),SUMIF(N4682:N4705,">"&0),SUMIF(N4706:N4729,">"&0),SUMIF(N4730:N4753,">"&0),SUMIF(N4754:N4777,">"&0),SUMIF(N4778:N4801,">"&0),SUMIF(N4802:N4825,">"&0),SUMIF(N4826:N4849,">"&0),SUMIF(N4850:N4873,">"&0),SUMIF(N4874:N4897,">"&0),SUMIF(N4898:N4921,">"&0),SUMIF(N4922:N4945,">"&0),SUMIF(N4946:N4969,">"&0),SUMIF(N4970:N4993,">"&0),SUMIF(N4994:N5017,">"&0),SUMIF(N5018:N5041,">"&0),SUMIF(N5042:N5065,">"&0),SUMIF(N5066:N5089,">"&0),SUMIF(N5090:N5113,">"&0),SUMIF(N5114:N5137,">"&0),SUMIF(N5138:N5161,">"&0),SUMIF(N5162:N5185,">"&0),SUMIF(N5186:N5209,">"&0),SUMIF(N5210:N5233,">"&0),SUMIF(N5234:N5257,">"&0)) And in a separate cell =MAX(SUMIF(N5258:N5281,">"&0),SUMIF(N5282:N5305,">"&0),SUMIF(N5306:N5329,">"&0),SUMIF(N5330:N5353,">"&0),SUMIF(N5354:N5377,">"&0),SUMIF(N5378:N5401,">"&0),SUMIF(N5402:N5425,">"&0),SUMIF(N5426:N5449,">"&0),SUMIF(N5450:N5473,">"&0),SUMIF(N5474:N5497,">"&0),SUMIF(N5498:N5521,">"&0),SUMIF(N5522:N5545,">"&0),SUMIF(N5546:N5569,">"&0),SUMIF(N5570:N5593,">"&0),SUMIF(N5594:N5617,">"&0),SUMIF(N5618:N5641,">"&0),SUMIF(N5642:N5665,">"&0),SUMIF(N5666:N5689,">"&0),SUMIF(N5690:N5713,">"&0),SUMIF(N5714:N5737,">"&0),SUMIF(N5738:N5761,">"&0),SUMIF(N5762:N5785,">"&0),SUMIF(N5786:N5809,">"&0),SUMIF(N5810:N5833,">"&0),SUMIF(N5834:N5857,">"&0),SUMIF(N5858:N5881,">"&0),SUMIF(N5882:N5905,">"&0),SUMIF(N5906:N5929,">"&0),SUMIF(N5930:N5953,">"&0),SUMIF(N5954:N5977,">"&0),SUMIF(N5978:N6001,">"&0),SUMIF(N6002:N6025,">"&0),SUMIF(N6026:N6049,">"&0),SUMIF(N6050:N6073,">"&0),SUMIF(N6074:N6097,">"&0),SUMIF(N6098:N6121,">"&0),SUMIF(N6122:N6145,">"&0),SUMIF(N6146:N6169,">"&0),SUMIF(N6170:N6193,">"&0),SUMIF(N6194:N6217,">"&0),SUMIF(N6218:N6241,">"&0),SUMIF(N6242:N6265,">"&0),SUMIF(N6266:N6289,">"&0),SUMIF(N6290:N6313,">"&0),SUMIF(N6314:N6337,">"&0),SUMIF(N6338:N6361,">"&0),SUMIF(N6362:N6385,">"&0),SUMIF(N6386:N6409,">"&0),SUMIF(N6410:N6433,">"&0),SUMIF(N6434:N6457,">"&0),SUMIF(N6458:N6481,">"&0),SUMIF(N6482:N6505,">"&0),SUMIF(N6506:N6529,">"&0),SUMIF(N6530:N6553,">"&0),SUMIF(N6554:N6577,">"&0),SUMIF(N6578:N6601,">"&0),SUMIF(N6602:N6625,">"&0),SUMIF(N6626:N6649,">"&0),SUMIF(N6650:N6673,">"&0),SUMIF(N6674:N6697,">"&0),SUMIF(N6698:N6721,">"&0),SUMIF(N6722:N6745,">"&0),SUMIF(N6746:N6769,">"&0),SUMIF(N6770:N6793,">"&0),SUMIF(N6794:N6817,">"&0),SUMIF(N6818:N6841,">"&0),SUMIF(N6842:N6865,">"&0),SUMIF(N6866:N6889,">"&0),SUMIF(N6890:N6913,">"&0),SUMIF(N6914:N6937,">"&0),SUMIF(N6938:N6961,">"&0),SUMIF(N6962:N6985,">"&0),SUMIF(N6986:N7009,">"&0),SUMIF(N7010:N7033,">"&0),SUMIF(N7034:N7057,">"&0),SUMIF(N7058:N7081,">"&0),SUMIF(N7082:N7105,">"&0),SUMIF(N7106:N7129,">"&0),SUMIF(N7130:N7153,">"&0),SUMIF(N7154:N7177,">"&0),SUMIF(N7178:N7201,">"&0),SUMIF(N7202:N7225,">"&0),SUMIF(N7226:N7249,">"&0),SUMIF(N7250:N7273,">"&0),SUMIF(N7274:N7297,">"&0),SUMIF(N7298:N7321,">"&0),SUMIF(N7322:N7345,">"&0),SUMIF(N7346:N7369,">"&0),SUMIF(N7370:N7393,">"&0),SUMIF(N7394:N7417,">"&0),SUMIF(N7418:N7441,">"&0),SUMIF(N7442:N7465,">"&0),SUMIF(N7466:N7489,">"&0),SUMIF(N7490:N7513,">"&0),SUMIF(N7514:N7537,">"&0),SUMIF(N7538:N7561,">"&0),SUMIF(N7562:N7585,">"&0),SUMIF(N7586:N7609,">"&0),SUMIF(N7610:N7633,">"&0),SUMIF(N7634:N7657,">"&0),SUMIF(N7658:N7681,">"&0),SUMIF(N7682:N7705,">"&0),SUMIF(N7706:N7729,">"&0),SUMIF(N7730:N7753,">"&0),SUMIF(N7754:N7777,">"&0),SUMIF(N7778:N7801,">"&0),SUMIF(N7802:N7825,">"&0),SUMIF(N7826:N7849,">"&0),SUMIF(N7850:N7873,">"&0),SUMIF(N7874:N7897,">"&0),SUMIF(N7898:N7921,">"&0),SUMIF(N7922:N7945,">"&0),SUMIF(N7946:N7969,">"&0),SUMIF(N7970:N7993,">"&0),SUMIF(N7994:N8017,">"&0),SUMIF(N8018:N8041,">"&0),SUMIF(N8042:N8065,">"&0),SUMIF(N8066:N8089,">"&0),SUMIF(N8090:N8113,">"&0),SUMIF(N8114:N8137,">"&0),SUMIF(N8138:N8161,">"&0),SUMIF(N8162:N8185,">"&0),SUMIF(N8186:N8209,">"&0),SUMIF(N8210:N8233,">"&0),SUMIF(N8234:N8257,">"&0),SUMIF(N8258:N8281,">"&0),SUMIF(N8282:N8305,">"&0),SUMIF(N8306:N8329,">"&0),SUMIF(N8330:N8353,">"&0),SUMIF(N8354:N8377,">"&0),SUMIF(N8378:N8401,">"&0),SUMIF(N8402:N8425,">"&0),SUMIF(N8426:N8449,">"&0),SUMIF(N8450:N8473,">"&0),SUMIF(N8474:N8497,">"&0),SUMIF(N8498:N8521,">"&0),SUMIF(N8522:N8545,">"&0),SUMIF(N8546:N8569,">"&0),SUMIF(N8570:N8593,">"&0),SUMIF(N8594:N8617,">"&0),SUMIF(N8618:N8641,">"&0),SUMIF(N8642:N8665,">"&0),SUMIF(N8666:N8689,">"&0),SUMIF(N8690:N8713,">"&0),SUMIF(N8714:N8737,">"&0),SUMIF(N8738:N8761,">"&0),SUMIF(N8762:N8785,">"&0)) The Max() of these two cells is the total for the year. It's brute force but it solves the speed issue.
Excel - function to find the highest sum in a table using each row and column only once
I've got a table in excel with 10 rows and 10 columns. The table contains 100 different values between 1 and 3. I want to find the highest sum of 10 values using only 1 value from each row and 1 from each column. Do u guys know a function that finds the highest sum? - I've tried to do i manually, but there are to many combinations! Hope it makes sense. Thanks in advance:)
My solution builds on what I wrote in the comment, i.e. you first take the maximum value in the 10x10 array, then the maximum in the 9x9 array (excluding the row/column of the first maximum), etc. My solution tries not to do everything in one formula, but I add a few helper columns, and a bit more helper rows (it is fast and dirty, but it works and is easily audited/understandable). You always can do this on a separate worksheet which you could hide if needed.
The screenshot above goes from cell A1 till Y31.
The key formulas:
3.55 is the result of =MAX(B2:K11)
The first gray cell is =IFNA(MATCH($M12;B2:B11;0);""), and you drag this 9 cells to the left. This tries to find a match with the max result in each column of the table;
The 10 left of the 3.55 is =MATCH(TRUE;INDEX(ISNUMBER(P12:Y12);0);0) , and gives the column number of the max value.
The 2 next to the 10 is =INDEX(P12:Y12;N12) and gives the row number of the max value.
The 1 in cell B12 is =IF(OR(B$1=$N12;$A12=$O12);0;1), and creates a 10x10 matrix with a row and column with zeroes where the previous max value was found.
Then you multiply this with the preceding matrix and create a new 10x10 matrix below (enter {=B2:K11*B12:K21} array formula (ctrl+shift+enter) in B22-K31
You then copy/paste rows 12 till 31 9 times below
The 23.02 is the total sum =SUM($M$12:$M$211) from all 10 maximum values and is the result you are looking for. The 10 is just a check with =COUNT($M$12:$M$211)
How to calculate the daywise average and multiply it to number of rows in that particular day
I have daywise excel data of four months which contains hourly data from 10 AM to 3 PM or sometimes 10 AM to 2 PM....1PM ..... like wise it is varying. The column A contains the date, Column B contains the time and column C and D has the data which i want to average for each day and multiply it to the number of occurrence. For example If I have a data in column C and D for 17 Oct from 10 AM to 3PM (6 Hours)..Then i want to average these hourly data for a day and multiply it by 6. Since my interval of hourly data is not fixed, that is why i want a code which can average the daywise data and multiply it to the number of occurrence. I want to average the data 1 and data 2 for each day and to multiply its average by the number of occurrence of data in that particular day
I could not exactly get what does "average these hourly data" means since Average basically means summing all data within a day and dividing them to the occurrences. If you again multiply by the number of daily occurrence, you will get the summed value again. Apart from above unclear point, un-merging all column B cells and filling all your rows with date data will be very helpful in order to form a quick sum or average formula based on the date conditions. After doing above step, you may enter the below formula to E2 to get the sum of Col:C, for all data dated A2; 17-Oct. =SUMIFS(C:C,A:A,A2) And you may get the occurences on the date of your row data, you should use the formula and copy down: =COUNTIFS(A:A,A2) In combination of above 2 formulas, you may calculate the averages and/or date occurrences. I may write an exact solution if you may enter your requested values into COL:E and provide a screenshot.
How to sum the bottom value of a column that changes size?
So I'm tracking some investments in excel and the columns of interest are the total value of investments, the value for each investment, date. I have a formula for the net total to the side and I'm using this to manually type the net total into the column. I'm also using this data to create graphs of value vs date. How can I change this formula so it will always just add up the final values for the total of each investments? I dont want to have to manually fudge the formula everytime I update the tables. I want to do this because the table is a bit busy due to the data needed for the graphs, it'd be nice just to have the net total by the side and highlighted. net total date 1 2 3 111 13/01/18 100 10 1 Net total: `Sum(c2, d2, e2)` 121 14/01/18 100 20 1 So I want the net total to just sum the bottom values for columns titled 1, 2, 3. I want it to be dynamic so i can then just type in the net total into the correct column and i can update all the graphs. But also want the net total to be on the side for easy viewing too instead of it getting lost in the raw data
there is a trick using "lookup()": search(999999;A:A) returns value equals to 999999 or last value if 999999 is greater than every values. So your formula will be: Net total: "lookup(999999999;C:C)+lookup(999999999;D:D)+lookup(999999999;E:E)" (assuming none of the values is greatrer than 999999999)
Will the final value from each column always be the same row? If so then this formula will sum the last row in columns B, C and D by finding the last number in column B =SUM(INDEX(B:D,MATCH(99^99,B:B),0))
Median Selling Price Excel Table
I have a spreadsheet with different products, listing units and retail value sold like the example below Product Units Value A 10 100 B 15 80 C 30 560 I'd like to compare the Average Selling Price with the Median Selling price, so I am looking for a quick formula to accurately calculate the median. The median function requires the entire series, so for Product A above I would need 10 instances of 10 etc. How can I calculate the Median quickly considering the condensed form of my data?
Without writing your own VBA function to do this there are a couple of approaches that can be taken. The first expands the data from its compressed frequency count format to generate the full set of observations. This can be done manually or formulaically. On the assumption the latter is required, it can be achieved using a few columns. All the blue cells are formulae. Column Eis simply the cumulative of column B and F is an adjusted version of this. Column H is just the values 1 to 55, the total number of observations given by cell L2. Column I uses the MATCH() with its final argument as 1 to match each observation in H against the adjusted cumulative in F. Column J uses the INDEX() function to generate the value of the observation. (Observations 1-10 have value 100, 11-25 have value 80 and 26-55 have value 560 in this example). The MEDIAN() function is used in cell M2 with column J as its argument. This approach can be refined to take account of varying numbers of products and data points through the use of the OFFSET function to control the range arguments of the MATCH(), INDEX() and MEDIAN functions. And, of course, adjacent cells in columns I and J could be combined using a single formula - I've shown them separately for ease of explanation. The second approach involves sorting the data by value (so in this case the data rows would become Product B in row 2, product A in row 3 and product C left as-is in row 4). It is then a case of identifying the middle observation number (if the number of observations is odd) or the middle pair of observation numbers (if the number of observations is even) and then determining the value(s) corresponding to this/these middle observation(s). In this approach the adjusted cumulative in column F is still used but rather than explicitly calculating the values in column I and J for every observation it can now be restricted to just the middle observation(s).
I think there is no way around compromises. Either using big amounts of helper cells or having the table sorted by the values.
Helper cells:
Formula in F4:AS6:
=IF(COLUMN()<COLUMN($F$4)+$B4,$C4,"end")
Formula in D2:
=MEDIAN(F4:AS6)
Sorted:
Formula in F4 downwards:
=SUM($B$3:B3)+1
Formula in D2:
=SUM(LOOKUP(INT(SUM(B4:B6)/2+{0.5,1}),F4:F6,C4:C6))/2