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Author: e | 2025-04-25

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Some that I already had on file. Now to duplicate this hunt throughout the country. #3 i'll contribute to the post. Below are a sequential group of $1 star notes that I came across bank strapping a couple of years ago. Also a recent repeater $20 find: #4 I saw on a U-tube video of a guy who had got a full strap NEW $2 *star notes. Now what are the chances of getting something like that. Also, same video, that star note straps are also marked with wide white HASH lines on the bank strap for quick & easy detection., didn't know that. #5 Got this one today.Is it worth keeping ?And this one.BC #6 BC: I see nothing special about it, unless I'm missing something. Keep it only if you can afford to sock away $40. #7 Picked up a very badly worn & used $1 1935F Silver Cert from a teller today. Not even worthy to take a pic of it, it's been around the world and then some. #8 I thought the numbers were interesting.What kind of examples are you looking for ?Mike #9 Star notes found at branch bank, (4) 2013 from 3-straps, all with a run size of 3.2 mil. They say if you find one with a print run of 640,000 or less, hang on as a rarity. I'll just file these away. #10 How can you tell the total in the print run? #11 How can you tell the total in the

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ProblemMany industries must comply with business continuity regulations. An $18 billion bank based in New York City received an MRA (matters requiring attention) notice from a banking regulatory body. The bank contacted Agility for help designing and developing a business continuity program that would address the immediate audit deficiency as well as future maintenance and reporting requirements. They wanted a business continuity program that would be easily managed by their BC coordinator, updated and understood by their end users, and reported on by their management staff.Solution: RecoveryPlanner RecoveryPlanner’s cloud-based software addressed all the bank’s immediate compliance needs as well as enhanced their current program and processes going forward. The BC coordinator is now able to manage individual department plans and business impact analyses (BIAs) using automation for updates and reviews and workflow management for approvals and can print official audit reports for senior management based on individual plan revisions. Additionally, using RecoveryPlanner’s “shared section” functionality, all the department plans’ bank-wide components are simultaneously updated and shared across all plans. Each department-assigned employee has unique permissions to the software, allowing for a streamlined focus on their information. Email notifications provide users with secure access to the exact area in the software they need, whether that area is to update/review a plan or access the BIA Wizard, which walks them through the BIA process step by step. RecoveryPlanner’s reporting functionality is designed for all levels of technical expertise, which is perfect for this bank, which needed people to be onboarded quickly and efficiently. Standard and custom point-and-click reports are included in RecoveryPlanner and require little filtering. For reporting across different areas of the software, users took advantage of RecoveryPlanner's advanced reporting capabilities. RecoveryPlanner provides pre-designed high-level charts and graphs for the bank’s senior management and executives who are only looking for a high-level graphical view.ResultsThis bank now has a robust and audit-ready business continuity plan to address any future incidents. It can easily streamline and produce reports for senior management and provide visibility to employees across the company. Going forward, the bank can utilize RecoveryPlanner’s compliance area to ensure they are meeting the audit guidelines for their next safety and soundness exam and avoid any future MRAs in business continuity.

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= AC Defining Relation: I = ABD = ACE = BCDE Alias StructureI + ABD + ACE + BCDEA + BD + CE + ABCDEB + AD + CDE + ABCEC + AE + BDE + ABCDD + AB + BCE + ACDEE + AC + BCD + ABDEBC + DE + ABE + ACDBE + CD + ABC + ADE Minitab uses the defining relation to calculate each line of the alias table. Any letter multiplied by itself is the identity, I (for example, A × A = I). The identity, I, multiplied by any letter is the same letter (for example, I × A = A). To determine which effects are confounded with a specific term, multiply the term of interest by each term in the defining relation, and then eliminate the squared terms. For example, the following list shows how to use the defining relation to find the terms that BC is confounded with: (BC)(ABD) = AB2CD = ACD (BC)(ACE) = ABC2E = ABE (BC)(BCDE) = B2C2DE = DE Therefore, BC is aliased with ACD, AE, and DE. The identity column I is always a column of 1's (in coded units). Therefore, since I = ABD in our example, the product of the columns A, B, D is a column of 1’s. The same is true for ACE and BCDE.. Bank Mitra Portal has migrated with the New BC On-boarding Portal Note : For the Banking BC registration please click hereFor the Banking BC registration please click here

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So you don’t want to drive.What do I do if I have additional questions?RVezy’s customer support team is happy to answer any questions that come up before, during or after your rental. You can contact us anytime at help.rvezy.com.Popular RV rental locations near Osoyoos, BCOkanagan-Similkameen C, BC 20 km awayKeremeos, BC 33 km awayOkanagan Falls, BC 35 km awayMidway, BC 50 km awayPenticton, BC 53 km awayGrand Forks, BC 74 km awayOkanagan-Similkameen H, BC 94 km awayKelowna, BC 96 km awayCastlegar, BC 136 km awayVernon, BC 139 km awayFruitvale, BC 141 km awayCentral Kootenay I, BC 143 km awayMerritt, BC 154 km awaySpallumcheen, BC 158 km awayNakusp, BC 181 km awayChilliwack, BC 182 km awayKamloops, BC 193 km awayColumbia-Shuswap E, BC 209 km awayRevelstoke, BC 237 km awayPort Coquitlam, BC 243 km awayCampground destinations near Osoyoos, BCOkanagan-Similkameen C, BC 20 km awayKeremeos, BC 33 km awayOkanagan Falls, BC 35 km awayMidway, BC 50 km awayPenticton, BC 53 km awayGrand Forks, BC 74 km awayOkanagan-Similkameen H, BC 94 km awayKelowna, BC 96 km awayCastlegar, BC 136 km awayVernon, BC 139 km awayFruitvale, BC 141 km awayCentral Kootenay I, BC 143 km awayMerritt, BC 154 km awaySpallumcheen, BC 158 km awayNakusp, BC 181 km awayChilliwack, BC 182 km awayKamloops, BC 193 km awayColumbia-Shuswap E, BC 209 km awayRevelstoke, BC 237 km awayPort Coquitlam, BC 243 km awayView all campgrounds

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Mandatory.Refund Amount: Enter the refund amount in the customer or supplier currency.BC Amount: This is calculated automatically for foreign currency Customer, Supplier, or Bank Accounts. To finish, do one of the following:To post the Refund without allocation click Process.To post the Refund and allocate it, click Process and Allocate. This will open the allocation screen for the selected customer or supplier. From there you can allocate the newly posted journal as required.To close the screen without posting any transaction, click Close.Foreign Currency RefundsSupported FX RefundsThe following scenarios are supported:Customer/Supplier in the same foreign currency as the bankCustomer/Supplier base currency with the bank in foreign currencyBank in base currency with Customer/Supplier foreign currencyUnsupported FX RefundsYou cannot do the following: Process foreign currency triangulation in refunds, where both the Customer/Supplier and the bank are in foreign currency. Instead, process the refund in two stages:Process a sales debit or purchase credit journal.Process a bank debit or credit journal.Post refunds from the Bank Transaction matching screen if the Customer/Supplier is not in the same currency as the Bank Account as the transaction may carry bank charges. You will receive an error message if you try. Match a single bank transaction to multiple transactions using the Bank Transaction Matching. You need to manually match them in the Bank Reconciliation screen.To create Foreign Currency refunds:In the relevant listing grid, find your transaction. In the Actions dropdown, select Create Refund.Complete all necessary details. In the Refund screen, the BC Amount field will be calculated automatically.Click Process.Refunds versus Debits/CreditsWhat’s the difference between Sales Debit Journals and Customer Refunds, or Purchase Credit Journals and Supplier Refunds?To make posting transactions more intuitive, we have split refunds from the Sales Debit and Purchase Credit Journals. This also allows links to refunds from the Bank Matching screen.Either option posts the same transaction type, but:Sales Debit & Purchase Credit Journals can only be posted to Posting GL Accounts.Refunds can only be posted against a bank account.

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A = a + param["angle"] x = r * Math.Cos(a * Math.Pi / 180) * param["scale"] y = r * Math.Sin(a * Math.Pi / 180) * param["scale"] _cx = x + param["cx"] _cy = y + param["cy"] x = _cx - param["width"] / 2 * param["scale"] y = _cy - param["height"] / 2 * param["scale"]EndSubSub Shapes_CalcWidthAndHeight ' Shapes | calculate total width and height of shapes ' param shape[] - shape array ' return shWidth, shHeight - total size of shapes For i = 1 To Array.GetItemCount(shape) shp = shape[i] If shp["func"] = "tri" Or shp["func"] = "line" Then xmin = shp["x1"] xmax = shp["x1"] ymin = shp["y1"] ymax = shp["y1"] If shp["x2"] xmin = shp["x2"] EndIf If xmax xmax = shp["x2"] EndIf If shp["y2"] ymin = shp["y2"] EndIf If ymax ymax = shp["y2"] EndIf If shp["func"] = "tri" Then If shp["x3"] xmin = shp["x3"] EndIf If xmax xmax = shp["x3"] EndIf If shp["y3"] ymin = shp["y3"] EndIf If ymax ymax = shp["y3"] EndIf EndIf shp["width"] = xmax - xmin shp["height"] = ymax - ymin EndIf If i = 1 Then shWidth = shp["x"] + shp["width"] shHeight = shp["y"] + shp["height"] Else If shWidth shWidth = shp["x"] + shp["width"] EndIf If shHeight shHeight = shp["y"] + shp["height"] EndIf EndIf shape[i] = shp EndForEndSubSub Shapes_Init_House ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = -10 ' x offset shY = 50 ' y offset shape = "" shape[1] = "func=rect;x=463;y=327;width=38;height=15;angle=29;bc=#442200;pw=0;" shape[2] = "func=ell;x=495;y=266;width=84;height=73;bc=#FFFFFF;pw=0;" shape[3] = "func=ell;x=479;y=320;width=115;height=97;bc=#FFFFFF;pw=0;" shape[4] = "func=rect;x=513;y=297;width=16;height=6;bc=#000000;pw=0;" shape[5] = "func=rect;x=545;y=297;width=16;height=6;bc=#000000;pw=0;" shape[6] = "func=ell;x=512;y=290;width=18;height=19;bc=#000000;pw=0;" shape[7] = "func=ell;x=544;y=290;width=18;height=19;bc=#000000;pw=0;" shape[8] = "func=rect;x=526;y=317;width=21;height=5;bc=#000000;pw=0;" shape[9] = "func=rect;x=-80;y=380;width=758;height=78;bc=#FFFFFF;pw=0;" shape[10] = "func=tri;x=30;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#999999;pw=0;" shape[11] = "func=rect;x=30;y=200;width=200;height=200;bc=#999999;pw=0;" shape[12] = "func=tri;x=130;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;angle=180;bc=#660000;pw=0;" shape[13] = "func=rect;x=230;y=50;width=100;height=150;bc=#660000;pw=0;" shape[14] = "func=tri;x=230;y=50;x1=100;y1=0;x2=0;y2=150;x3=200;y3=150;bc=#660000;pw=0;" shape[15] = "func=rect;x=230;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[16] = "func=rect;x=380;y=200;width=50;height=200;bc=#CCCCCC;pw=0;" shape[17] = "func=rect;x=230;y=350;width=200;height=50;bc=#CCCCCC;pw=0;" shape[18] = "func=rect;x=80;y=200;width=100;height=200;bc=#442200;pw=0;"EndSubSub Shapes_Init_Tree ' Shapes | initialize shapes data ' return shX, shY - current position of shapes ' return shape - array of shapes shX = 210 ' x offset shY = 170 ' y offset shape = "" shape[1] = "func=rect;x=44;y=247;width=84;height=24;bc=#661100;pw=0;" shape[2] = "func=tri;x=50;y=270;x1=8;y1=0;x2=0;y2=58;x3=17;y3=58;angle=180;bc=#661100;pw=0;" shape[3]

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In the database.To use the data I have get/put functions to, in conjunction with the filter and size conversion information, to read or write data in stream-like manner using one of the types listed in the front of the record. (then advance the pointer to the Blob)In the simple case of saving a REAL(8), default real specified as real(8)! routine to save REALs in arbitrary modesubroutine AVRDB_Save_REAL(SaveAs, value) use MOD_AVRDB implicit none ! input args integer(1) :: SaveAs real :: value ! local variables integer :: valueAsINTEGER ! AVRDB%out%bc%Mode = SaveAs select case(SaveAs) case(NotRecorded) return case(AsINT1:AsINT8) valueAsINTEGER = value call AVRDB_Save_INTEGERquick(valueAsINTEGER) return case(AsREAL4:AsREAL8) call AVRDB_Save_REALquick(value) return case(AsCompressed1REAL4rd:AsCompressed4REAL8d) ! compression performed for arrays only CALL DOSTOP('MOD_AVRDBcode - invalid AVRDB_Save_Mode') return case default CALL DOSTOP('MOD_AVRDBcode - unassigned AVRDB_Save_Mode') end selectend subroutine AVRDB_Save_REALAnd for the case of ASREAL4:ASREAL8subroutine AVRDB_Save_REALquick(val) use MOD_AVRDB implicit none real :: val ! local variables ! code select case(AVRDB%out%bc%Mode) case(AsREAL4) AVRDB%out%bc%valREAL4 = val if((AVRDB%out%bc%ByteCount+4) .gt. AVRDB%out%bc%BlobSize) call AVRDB_WriteBlob(AVRDB%out%bc) AVRDB%out%bc%Blob(AVRDB%out%bc%ByteCount+1:AVRDB%out%bc%ByteCount+4) = AVRDB%out%bc%ArrayINT1(1:4) AVRDB%out%bc%ByteCount = AVRDB%out%bc%ByteCount + 4 return case(AsREAL8) AVRDB%out%bc%valREAL8 = val if((AVRDB%out%bc%ByteCount+8) .gt. AVRDB%out%bc%BlobSize) call AVRDB_WriteBlob(AVRDB%out%bc) AVRDB%out%bc%Blob(AVRDB%out%bc%ByteCount+1:AVRDB%out%bc%ByteCount+8) = AVRDB%out%bc%ArrayINT1(1:8) AVRDB%out%bc%ByteCount = AVRDB%out%bc%ByteCount + 8 return case(AsCompressed1REAL4rd,AsCompressed1REAL4d,AsCompressed1REAL8rd,AsCompressed1REAL8d) if(AVRDB%out%bc%theDelta .ne. 0.0) then AVRDB%out%bc%valINT1 = INT1((val-AVRDB%out%bc%theMidpoint) / AVRDB%out%bc%theDelta) else AVRDB%out%bc%valINT1 = 0 endif if((AVRDB%out%bc%ByteCount+1) .gt. AVRDB%out%bc%BlobSize) call AVRDB_WriteBlob(AVRDB%out%bc) AVRDB%out%bc%Blob(AVRDB%out%bc%ByteCount) = AVRDB%out%bc%ArrayINT1(1) AVRDB%out%bc%ByteCount = AVRDB%out%bc%ByteCount + 1 return case(AsCompressed2REAL4rd,AsCompressed2REAL4d,AsCompressed2REAL8rd,AsCompressed2REAL8d) if(AVRDB%out%bc%theDelta .ne. 0.0) then AVRDB%out%bc%valINT2 = INT2((val-AVRDB%out%bc%theMidpoint) / AVRDB%out%bc%theDelta) else AVRDB%out%bc%valINT2 = 0 endif if((AVRDB%out%bc%ByteCount+2) .gt. AVRDB%out%bc%BlobSize) call AVRDB_WriteBlob(AVRDB%out%bc) AVRDB%out%bc%Blob(AVRDB%out%bc%ByteCount+1:AVRDB%out%bc%ByteCount+2) = AVRDB%out%bc%ArrayINT1(1:2) AVRDB%out%bc%ByteCount = AVRDB%out%bc%ByteCount + 2 return case(AsCompressed4REAL4rd,AsCompressed4REAL4d,AsCompressed4REAL8rd,AsCompressed4REAL8d) if(AVRDB%out%bc%theDelta .ne. 0.0) then AVRDB%out%bc%valINT4 = INT4((val-AVRDB%out%bc%theMidpoint) / AVRDB%out%bc%theDelta) else AVRDB%out%bc%valINT4 = 0 endif if((AVRDB%out%bc%ByteCount+4) .gt. AVRDB%out%bc%BlobSize) call AVRDB_WriteBlob(AVRDB%out%bc) AVRDB%out%bc%Blob(AVRDB%out%bc%ByteCount+1:AVRDB%out%bc%ByteCount+4) = AVRDB%out%bc%ArrayINT1(1:4) AVRDB%out%bc%ByteCount = AVRDB%out%bc%ByteCount + 4 return case default CALL DOSTOP('MOD_AVRDBcode - unassigned AVRDB_Save_Mode') end selectend subroutine AVRDB_Save_REALquickin the case of ASREAL4, the value val is converted from real (real(8)) to real(4) in the process of being written into header union valREAL4. Then using the UNION's ArrayINT1(8), 4 bytes are copied into the integer(1) array Blob beginning at index ByteCount+1. Then the ByteCount is advanced.With the UNION, all this hoop jumping, is simple table driven. Without UNION I would not have this flexability.Jim Dempsey. Bank Mitra Portal has migrated with the New BC On-boarding Portal Note : For the Banking BC registration please click hereFor the Banking BC registration please click here Bank Mitra Portal has migrated with the New BC On-boarding Portal Note : For the Banking BC registration please click hereFor the Banking BC registration please click here

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+ AC > 2 AMHence, the given expression is true.4. ABCD is a quadrilateral.Is AB + BC + CD + DA > AC + BD?Solution:We know that,The sum of the length of any two sides is always greater than the third side.Now consider the ΔABC,Here, AB + BC > CA … [equation i]Then, consider the ΔBCDHere, BC + CD > DB … [equation ii]Consider the ΔCDAHere, CD + DA > AC … [equation iii]Consider the ΔDABHere, DA + AB > DB … [equation iv]By adding equation [i], [ii], [iii] and [iv] we get,AB + BC + BC + CD + CD + DA + DA + AB > CA + DB + AC + DB2AB + 2BC + 2CD + 2DA > 2CA + 2DBTake out 2 on both the side,2(AB + BC + CA + DA) > 2(CA + DB)AB + BC + CA + DA > CA + DBHence, the given expression is true.5. ABCD is a quadrilateral. Is AB + BC + CD + DA Solution:Let us consider ABCD is quadrilateral and P is the point where the diagonals intersect. As shown in the figure below,We know that,The sum of the length of any two sides is always greater than the third side.Now consider the ΔPAB,Here, PA + PB > AB … [equation i]Then, consider the ΔPBCHere, PB + PC > BC … [equation ii]Consider the ΔPCDHere, PC + PD > CD … [equation iii]Consider the ΔPDAHere, PD + PA > DA … [equation iv]By adding equation

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LocatedDawson creek, BC, CANSerial number4ZEDK202XH1129938Inspection report:A qualified Ritchie Bros. employee collected detailed equipment information and performed functional tests on the key components of this asset. You, or a proxy, may also inspect any items on site prior to bidding on auction day.Serial number or VIN4ZEDK202XH1129938FeaturesBall Hitch, Spring Suspension, Electric Brakes, 96 in Deck Width, Wood Flooring, 235/80R16 Tires, (2) Toolboxes, Quantity of Fire Fighting EquipmentNotesTHIS IS A BANK APPROVED SALE OF ASSETS, EACH PURCHASED LOT WILL BE SUBJECT TO A TRANSACTION FEE OF 12% OF THE PURCHASE PRICE. REMOVAL BY NOVEMBER 29, 2024. A MANUFACTURER VIN IS IN TRANSIT, LOT MUST REMAIN IN YARD UNTIL APPLIED. BC CVIP ON FILE. ADDITIONAL INFORMATION AVAILABLE. THE CLOSING TIMES OF LOTS 196 TO 201 ARE TIED TOGETHER. IF A BID IS RECEIVED, A TIME-EXTENSION WILL BE APPLIED TO ALL LOTS. General AppearancePicture, Left Front CornerPicture, Left Rear CornerPicture, Right Rear CornerPicture, Right Front CornerSerial Number / VIN4ZEDK202XH1129938, The serial number is not legible. This unit may be difficult to export.Additional informationInspections780 Highway 2, Dawson Creek, BC, Canada V1G 0J7Site detailsTerms of Bidding and SaleBids cannot be retracted. Everything sells "as is, where is". Read the full terms and conditions before you bid.Terms of Bidding and SaleTransaction feesSuccessful buyers will be required to pay a buyer transaction fee.More detailsPaymentItems must be paid in full by Saturday, November 23, 2024. Late fees will be applied after due date.Payment optionsNeed additional informationContact our Event site for more information.+17805381100Shipping and pick upBuyers cannot remove their purchases from the auction site until their invoice is paid in full.Drivers must bring a copy of the Ritchie Bros. Auctioneers release ticket to pick up the item.We've partnered with trusted shipping vendors to make it easy for you to find the best transporters at the lowest prices. Request free quotes or get instant shipping estimates from our vendor’s websites.Shipping estimatorGet free, no-obligation freight quotes on shipping. This item is eligible to be shipped via uShip, which is recommended for less-than-truckload (LTL) lots.GeneralThe detailed equipment information is limited in scope, and Ritchie Bros. Auctioneers has not inspected any aspects or components of. Bank Mitra Portal has migrated with the New BC On-boarding Portal Note : For the Banking BC registration please click hereFor the Banking BC registration please click here

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Is the circumcenter of △ABC and OD ⊥ BC. Prove that ∠BOD = ∠A.Sol: Given : O is the circumcentre of △ABCOD ⊥ BC. OB and OC are joinedArc BC subtends ∠BOC at the centre and ∠BAC at the remaining part of the circle∴ ∠BOC = 2 ∠BAC ….(i)In △OBC, OD ⊥ BCOB = OC (radii of the same circle)∴ OD bisects ∠BOC⇒ ∠BOD = (1/2) ∠BOC ….(ii)From (i) and (ii)∠BOD = (1/2) ∠BAC = ∠BACHence ∠BOD = ∠AHence proved.Que-12: ABCD is a cyclic quadrilateral. A circle passing through A and B meets AD and BC in the points E and F respectively. Prove that EF || DC.Sol: Given : ABCD is a cyclic quadrilateralA circle passing through A and B meet ADand BC at E and F respectivelyEF is joinedABCD is a cyclic quad.∴ ∠1 + ∠3 = 180° ….(i) (Sum of opposite angles)Similarly ABFE is a cyclic quadrilateral∴ ∠1 + ∠2 = 180° ….(ii)From (i) and (ii)∠1 + ∠3 = ∠1 + ∠2 ⇒ ∠3 = ∠2But these are corresponding angles∴ EF || DC Hence proved.–: End of Circles Class 10 OP Malhotra Exe-14B ICSE Maths Solutions Ch-14 :–Return to :- OP Malhotra S Chand Solutions for ICSE Class-10 MathsThanksPlease Share with Your Friends