8 Pages

Final Examination-Full

Course: AC201 201, Spring 2012
School: Park
Rating:
 
 
 
 
 

Word Count: 1845

Document Preview

Examination AC201 Summer Final 2012 1. A record of the increases and decreases in a specific asset, liability, equity, revenue, or expense is a(n): A. Journal. B. Posting. C. Trial balance. D. Account. E. Chart of accounts. 2. Which of the following statements is correct? A. When a future expense is paid in advance, the payment is normally recorded in a liability account called Prepaid Expense. B. Promises of...

Register Now

Unformatted Document Excerpt

Coursehero >> Missouri >> Park >> AC201 201

Course Hero has millions of student submitted documents similar to the one
below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.

Course Hero has millions of student submitted documents similar to the one below including study guides, practice problems, reference materials, practice exams, textbook help and tutor support.
Examination AC201 Summer Final 2012 1. A record of the increases and decreases in a specific asset, liability, equity, revenue, or expense is a(n): A. Journal. B. Posting. C. Trial balance. D. Account. E. Chart of accounts. 2. Which of the following statements is correct? A. When a future expense is paid in advance, the payment is normally recorded in a liability account called Prepaid Expense. B. Promises of future payment are called accounts receivable. C. Increases and decreases in cash are always recorded in the owner's capital account. D. An account called Land is commonly used to record increases and decreases in both the land and buildings owned by a business. E. Accrued liabilities include accounts receivable. 3. A collection of all accounts and their balances used by a business is called a: A. Journal. B. Book of original entry. C. General Journal. D. Balance column journal. E. Ledger. 4. Hal Smith opened Smith's Repairs on March 1 of the current year. During March, the following transactions occurred and were recorded in the company's books: Smith invested $25,000 cash in the business. 2. Smith contributed $100,000 of equipment to the business. 3. The company paid $2,000 cash to rent office space for the month. 4. The company received $16,000 cash for repair services provided during March. 5. The company paid $6,200 for salaries for the month. 6. The company provided $3,000 of services to customers on account. 7. The company paid cash of $500 for monthly utilities. 8. The company received $3,100 cash in advance of providing repair services to a customer. 9. Smith withdrew $5,000 for his personal use from the company. Based on this information, net income for March would be: A. $10,300. B. $13,400. C. $5,300. D. $8,400. E. $13,500. 5. If a company mistakenly forgot to record depreciation on office equipment at the end of an accounting period, the financial statements prepared at that time would show: A. Assets overstated and equity understated. B. Assets and equity both understated. C. Assets overstated, net income understated, and equity overstated. D. Assets, net income, and equity understated. E. Assets, net income, and equity overstated. 6. On April 30, a three-year insurance policy was purchased for $18,000 with coverage to begin immediately. What is the amount of insurance expense that would appear on the company's income statement for the year ended December 31? A. $500. B. $4,000. C. $6,000. D. $14,000. E. $18,000. 7. A company pays each of its two office employees each Friday at the rate of $100 per day for a five-day week that begins on Monday. If the monthly accounting period ends on Tuesday and the employees worked on both Monday and Tuesday, the month-end adjusting entry to record the salaries earned but unpaid is: A. Debit Unpaid Salaries $600 and credit Salaries Payable $600. B. Debit Salaries Expense $400 and credit Salaries Payable $400. C. Debit Salaries Expense $600 and credit Salaries Payable $600. D. Debit Salaries Payable $400 and credit Salaries Expense $400. E. Debit Salaries Expense $400 and credit Cash $400. 8. A company purchased a new truck at a cost of $42,000 on July 1. The truck is estimated to have a useful life of 6 years and a salvage value of $3,000. The company uses the straight-line method of depreciation. How much depreciation expense will be recorded for the truck during the first year ended December 31? A. $3,250. B. $3,500. C. $4,000. D. $6,500. E. $7,000. 9. A company's Office Supplies account shows a beginning balance of $600 and an ending balance of $400. If office supplies expense for the year is $3,100, what amount of office supplies was purchased during the period? A. $2,700. B. $2,900. C. $3,300. D. $3,500. E. $3,700. 10. A classified balance sheet: A. Measures a company's ability to pay its bills on time. B. Organizes assets and liabilities into important subgroups. C. Presents revenues, expenses, and net income. D. Reports operating, investing, and financing activities. E. Reports the effect of profit and withdrawals on owner's capital. 11. The Unadjusted Trial Balance columns of a work sheet total $84,000. The Adjustments columns contain entries for the following: 1. Office supplies used during the period, $1,200. 2. Expiration of prepaid rent, $700. 3. Accrued salaries expense, $500. 4. Depreciation expense, $800. 5. Accrued service fees receivable, $400. The Adjusted Trial Balance columns total is: A. $80,400. B. $84,000. C. $85,700. D. $85,900. E. $87,600. 12. J. Awn, the proprietor of Awn Services, withdrew $8,700 from the business during the current year. The entry to close the withdrawals account at the end of the year is: A. Debit J. Awn, Withdrawals $8,700; credit Cash, $8,700 B. Debit J. Awn, Capital $8,700; credit J. Awn, Withdrawals $8,700 C. Debit J. Awn, Withdrawals $8,700; credit J. Awn, Capital $8,700 D. Debit J. Awn, Capital $8,700, credit Salary Expense $8,700 E. Debit Income Summary $8,700; credit J. Awn, Capital $8,700 13. At the beginning of the year, a company's balance sheet reported the following balances: Total Assets = $125,000; Total Liabilities = $75,000; and Owner's Capital = $50,000. During the year, the company reported revenues of $46,000 and expenses of $30,000. In addition, owner's withdrawals for the year totaled $20,000. Assuming no other changes to owner's capital, the balance in the owner's capital account at the end of the year would be: A. $66,000. B. $86,000. C. $(4,000). D. $46,000. E. $54,000. 14. A company uses the perpetual inventory and system recorded the following entry This entry reflects a: A. Purchase of merchandise on credit. B. Return of merchandise. C. Sale of merchandise on credit. D. Payment of the account payable and recognition of a 2% cash discount taken. E. Payment of the account payable and recognition of a 1% cash discount taken. 15. A company purchased $1,800 of merchandise on December 5. On December 7, it returned $200 worth of merchandise. On December 8, it paid the balance in full, taking a 2% discount. The amount of the cash paid on December 8 equals: A. $200. B. $1,564. C. $1,568. D. $1,600. E. $1,800. 16. On December 31 of the current year, Hewett Company reported an ending inventory balance of $215,000. The following additional information is also available: Hewett sold goods costing $38,000 to Trump Enterprises on December 28 and shipped the goods on that date with shipping terms of FOB shipping point. The goods were not included in the ending inventory amount of $215,000 because they were not in Hewett's warehouse. Hewett purchased goods costing $44,000 on December 29. The goods were shipped FOB destination and were received by Hewett on January 2 of the following year. The shipment was a rush order that was supposed to arrive by December 31. These goods were included in the ending inventory balance of $215,000. Hewett's ending inventory balance of $215,000 included $15,000 of goods being held on consignment from Rumsfeld Company. (Hewett Company is the consignee.) Hewett's ending inventory balance of $215,000 did not include goods costing $95,000 that were shipped to Hewett on December 27 with shipping terms of FOB destination and were still in transit at year-end. Based on the above information, the correct balance for ending inventory on December 31 is: A. $194,000 B. $209,000 C. $200,000 D. $171,000 E. $156,000 17. Physical counts of inventory: A. Are not necessary under the perpetual system. B. Are necessary to adjust the Inventory account to the actual inventory available . C. Must be taken at least once a month. D. Requires the use of hand-held portable computers. E. Are not necessary under the cost-to benefit constraint. 18. Which of the following inventory costing methods will always result in the same values for ending inventory and cost of goods sold regardless of whether a perpetual or periodic inventory system is used? A. FIFO and LIFO B. LIFO and weighted-average cost C. Specific identification and FIFO D. FIFO and weighted-average cost E. LIFO and specific identification 19. Thelma Company reported cost of goods sold for Year 1 and Year 2 as follows: Thelma Company made two errors: 1) ending inventory at the end of Year 1 was understated by $15,000 and 2) ending inventory at the end of Year 2 was overstated by $6,000. Given this information, the correct cost of goods sold figure for Year 2 would be: A. $291,000 B. $276,000 C. $264,000 D. $285,000 E. $249,000 20. On October 29 of the current year, a company concluded that a customer's $4,400 account receivable was uncollectible and that the account should be written off. What effect will this write-off have on this company's net income and total assets assuming the allowance method is used to account for bad debts? A. Decrease in net income; no effect on total assets. B. No effect on net income; no effect on total assets. C. Decrease in net income; decrease in total assets. D. Increase in net income; no effect on total assets. E. No effect on net income; decrease in total assets. 21. On December 31 of the current year, a company's unadjusted trial balance included the following: Accounts Receivable, debit balance of $97,250; Allowance for Doubtful Accounts, credit balance of $951. What amount should be debited to Bad Debts Expense, assuming 6% of outstanding accounts receivable at the end of the current year will be uncollectible? A. $951. B. $3,992. C. $4,884. D. $5,835. E. $6,786. 22. A company uses the percent of sales method to determine its bad debts expense. At the end of the current year, the company's unadjusted trial balance reported the following selected amounts: All sales are made on credit. Based on past experience, the company estimates 0.6% of credit sales to be uncollectible. What amount should be debited to Bad Debts Expense when the yearend adjusting entry is prepared? A. $1,275 B. $1,775 C. $4,500 D. $4,800 E. $5,500 23. A machine originally had an estimated useful life of 5 years, but after 3 complete years, it was decided that the original estimate of useful life should have been 10 years. At that point the remaining cost to be depreciated should be allocated over the remaining: A. 2 years. B. 5 years. C. 7 years. D. 8 years. E. 10 years. 24. When originally purchased, a vehicle had an estimated useful life of 8 years. The vehicle cost $23,000 and its estimated salvage value is $1,500. After 4 years of straight-line depreciation, the asset's total estimated useful life was revised from 8 years to 6 years and there was no change in the estimated salvage value. The depreciation expense in year 5 equals: A. $5,375.00. B. $2,687.50. C. $5,543.75. D. $10,750.00. E. $2,856.25. 25. Thomas Enterprises purchased a depreciable asset on October 1, Year 1 at a cost of $100,000. The asset is expected to have a salvage value of $15,000 at the end of its five-year useful life. If the asset is depreciated on the double-declining-balance method, the asset's book value on December 31, Year 3 will be: A. $27,540 B. $21,600 C. $32,400 D. $18,360 E. $90,000
Find millions of documents on Course Hero - Study Guides, Lecture Notes, Reference Materials, Practice Exams and more. Course Hero has millions of course specific materials providing students with the best way to expand their education.

Below is a small sample set of documents:

Ryerson - MGMT - 2012
Excerpt from 2010 exam2251Question #2 (worth 34% of the total mark)At December 31, 2000 the Walker Company had one temporary difference (related todepreciation) that resulted in a long term future tax asset of $140,000 on its balance sheet. As atDece
University of Florida - CS - 304
<?xml version="1.0" encoding="iso-8859-1"?><!DOCTYPE html PUBLIC "-/W3C/DTD XHTML 1.0 Transitional/EN""http:/www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd"><html xmlns="http:/www.w3.org/1999/xhtml"><head><title>CISE : 404 Error</title><link rel="
University of Florida - CS - cs301
Advanced Data StructuresSartaj SahniClip Art Sourceswww.barrysclipart.comwww.livinggraphics.comwww.rad.kumc.eduwww.livinggraphics.comWhat The Course Is About Study data structures for: External sorting Single and double ended priority queues Di
University of Florida - CS - cs301
Amortized ComplexityAggregate method. Accounting method. Potential function method.Potential Function P(i) = amortizedCost(i) actualCost(i) + P(i 1) (P(i) P(i 1) =(amortizedCost(i) actualCost(i) P(n) P(0) = (amortizedCost(i) actualCost(i) P(n) P(
University of Florida - CS - cs301
External Sorting Sort n records/elements that reside on a disk. Space needed by the n records is very large. n is very large, and each record may be large orsmall. n is small, but each record is very large. So, not feasible to input the n records, s
University of Florida - CS - cs301
External Sorting Adapt fastest internal-sort methods.Quick sort best average run time. Merge sort best worst-case run time.Internal Merge Sort Review Phase 1 Create initial sorted segments Natural segments Insertion sort Phase 2 Merge pairs of s
University of Florida - CS - cs301
Improve Run Generation Overlap input,output, and internal CPU work. Reduce the number of runs (equivalently, increase averagerun length).DISKMEMORYDISKInternal Quick Sort6 2 8 5 11 10 4 1 9 7 3Use 6 as the pivot (median of 3).Input first, middle
University of Florida - CS - cs301
Optimal Merging Of Runs222291374153667943Weighted External Path LengthWEPL(T) = (weight of external node i)* (distance of node i from root of T)2274WEPL(T) = 4 * 2 + 3*2 + 6*2 + 9*2= 4415369Weighted External Path LengthWEPL(T)
University of Florida - CS - cs301
Improve Run Merging Reduce number of merge passes. Use higher order merge. Number of passes= ceil(logk(number of initial runs)where k is the merge order. More generally, a higher-order mergereduces the cost of the optimal merge tree.Improve Run Me
University of Florida - CS - cs301
Double-Ended Priority Queues Primary operations Insert Remove Max Remove Min Note that a single-ended priority queuesupports just one of the above removeoperations.General Methods Dual min and max single-ended priorityqueues. Correspondence bas
University of Florida - CS - cs301
Interval HeapsComplete binary tree.Each node (except possibly last one) has 2 elements.Last node has 1 or 2 elements.Let a and b be the elements in a node P, a <= b.[a, b] is the interval represented by P.The interval represented by a node that has
University of Florida - CS - cs301
Leftist TreesLinked binary tree.Can do everything a heap can do and in thesame asymptotic complexity. insert remove min (or max) initializeCan meld two leftist tree priority queues inO(log n) time.Extended Binary TreesStart with any binary tree
University of Florida - CS - cs301
Binomial HeapsInsertRemove min (ormax)MeldLeftisttreesO(log n)Binomial heapsActual AmortizedO(1) O(1)O(log n)O(n)O(log n)O(log n)O(1)O(1)Min Binomial Heap Collection of min trees.246571497655869983Node Structure Degre
University of Florida - CS - cs301
Analysis Of Binomial HeapsInsertRemove min (ormax)MeldLeftisttreesO(log n)Binomial heapsActual AmortizedO(1) O(1)O(log n)O(n)O(log n)O(log n)O(1)O(1)Operations Insert Add a new min tree to top-level circular list. Meld Combine two cir
University of Florida - CS - cs301
Fibonacci HeapsInsertActualO(1)AmortizedO(1)Remove min (or max) O(n)O(log n)MeldO(1)O(1)RemoveO(n)O(log n)Decrease key (orincrease)O(n)O(1)Single Source All DestinationsShortest Paths16821637635410142543147Greedy Si
University of Florida - CS - cs301
Pairing HeapsInsertFibonacci PairingO(1)O(1)Remove min (or max) O(n)O(n)MeldO(1)O(1)RemoveO(n)O(n)Decrease key (orincrease)O(n)O(1)Pairing HeapsInsertFibonacci PairingO(1)O(log n)Remove min (or max) O(log n)O(log n)MeldO(1)O(log
University of Florida - CS - cs301
Dictionaries Collection of items. Each item is a pair. (key, element) Pairs have different keys.Application Collection of student records in this class. (key, element) = (student name, linear list ofassignment and exam scores) All keys are distin
University of Florida - CS - cs301
Dynamic Dictionaries Primary Operations: get(key) => search put(key, element) => insert remove(key) => delete Additional operations: ascend() get(index) remove(index)Complexity Of Dictionary Operationsget(), put() and remove()Data Structure Wor
University of Florida - CS - cs301
AVL Trees binary tree for every node x, define its balance factorbalance factor of x = height of left subtree of x height of right subtree of x balance factor of every node x is 1, 0, or 1 log2 (n+1) <= height <= 1.44 log2 (n+2)Example AVL Tree-1
University of Florida - CS - cs301
Red Black TreesColored Nodes Definition Binary search tree. Each node is colored red or black. Root and all external nodes are black. No root-to-external-node path has twoconsecutive red nodes. All root-to-external-node paths have thesame number o
University of Florida - CS - cs301
Red-Black TreesAgain rank(x) = # black pointers on path from x to anexternal node. Same as #black nodes (excluding x) from x to anexternal node. rank(external node) = 0.An Example10211012740131003150012 308120010025451
University of Florida - CS - cs301
B-Trees Large degree B-trees used to represent very largedictionaries that reside on disk. Smaller degree B-trees used for internal-memorydictionaries to overcome cache-miss penalties.AVL Trees n = 230 = 109 (approx). 30 <= height <= 43. When the
University of Florida - CS - cs301
B+-Trees Same structure as B-trees. Dictionary pairs are in leaves only. Leaves form adoubly-linked list. Remaining nodes have following structure:j a0 k1 a1 k2 a2 kj aj j = number of keys in node. ai is a pointer to a subtree. ki <= smallest key
University of Florida - CS - cs301
Splay Trees Binary search trees. Search, insert, delete, and split have amortizedcomplexity O(log n) & actual complexity O(n). Actual and amortized complexity of join is O(1). Priority queue and double-ended priority queueversions outperform heaps,
University of Florida - CS - cs301
Digital Search Trees & Binary Tries Analog of radix sort to searching. Keys are binary bit strings. Fixed length 0110, 0010, 1010, 1011. Variable length 01, 00, 101, 1011. Application IP routing, packet classification,firewalls. IPv4 32 bit IP addr
University of Florida - CS - cs301
Binary Tries (continued) split(k). Similar to split algorithm for unbalanced binarysearch trees. Construct S and B on way down the trie. Follow with a backward cleanup pass over theconstructed S and B.Forward Pass Suppose you are at node x, which
University of Florida - CS - cs301
Higher Order Tries Key = Social Security Number. 441-12-1135 9 decimal digits. 10-way trie (order 10 trie).0123456789Height <= 10.Social Security Trie 10-way trie Height <= 10. Search => <= 9 branches on digits plus 1 compare. 100-way trie 441
University of Florida - CS - cs301
Router/Classifier/Firewall Tables Set of rules(F,A) F is a filter Source and destination addresses. Port number and protocol. Time of day. A is an action Drop packet Forward to machine x (next hop). Reserve 10GB/sec bandwidth.Example Filters Qo
University of Florida - CS - cs301
Suffix Trees String any sequence of characters. Substring of string S string composed ofcharacters i through j, i <= j of S. S = cater => ate is a substring. car is not a substring. Empty string is a substring of S.Subsequence Subsequence of strin
University of Florida - CS - cs301
Bloom Filters Differential Files Simple large database. Collection/file of records residing on disk. Single key. Index to records. Operations. Retrieve. Update. Insert a new record. Make changes to an existing record. Delete a record.Nave Mode
University of Florida - CS - cs301
Segment Trees Basic data structure in computational geometry. Computational geometry. Computations with geometric objects. Points in 1-, 2-, 3-, d-space. Closest pair of points. Nearest neighbor of given point. Lines in 1-, 2-, 3-, d-space. Machin
University of Florida - CS - cs301
Interval Trees Store intervals of the form [li,ri], li <= ri. Insert and delete intervals. Version 1 Answer queries of the form: which intervalsintersect/overlap a given interval [l,r]. Version 2Variant Report just 1 overlapping interval.Definitio
University of Florida - CS - cs301
Priority Search Trees Keys are distinct ordered pairs (xi, yi). Basic operations. get(x,y) return element whose key is (x,y). delete(x,y) delete and return element whose keyis (x,y). insert(x,y,e) insert element e, whose key is (x,y). Rectangle ope
University of Florida - CS - cs301
Priority Search Trees Keys are distinct ordered pairs (xi, yi). Min tree on y. Search tree (almost) on x. Two varieties. Search tree is a balanced binary search tree such asa red-black tree. Red-black Priority Search Tree (RBPST) Search tree is a
University of Florida - CS - cs301
Multidimensional Range Search Static collection of records. No inserts, deletes, changes. Only queries. Each record has k key fields. Multidimensional query. Given k ranges [li, ui], 1 <= i <= k. Report all records in collection such thatli <= ki
University of Florida - CS - cs301
Quad Trees Region data vs. point data. Roads and rivers in a country/state. Which rivers flow through Florida? Which roads cross a river? Network firewalls. (source prefix, destination prefix, action) (01*, 110*, drop packet)27dest 248source15
University of Florida - CS - cs301
BSP Trees Binary space partitioning trees. Used to store a collection of objects in ndimensional space. Tree recursively divides n-dimensionalspace using (n-1)-dimensional hyperplanes.Space Partitioningn-dimensional spacesplitting hyperplane(n-1)-
University of Florida - CS - cs301
R-Trees Extension of B+-trees. Collection of d-dimensional rectangles. A point in d-dimensions is a trivial rectangle.Non-rectangular Data Non-rectangular data may be represented byminimum bounding rectangles (MBRs).Operations Insert Delete Find
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
EEL 5544 Midterm Examination Number 1October 6, 2008The time for this test is 2 hours. This is a closed book test, but you are allowed one formulasheet. The formula sheet cannot contain any examples. You should write your name on theformula sheet and
King Fahd University of Petroleum & Minerals - CHEM - 101
King Fahd University of Petroleum and Minerals, Chemistry DepartmentSecond Semester (112)CHEM 101Lecture and Lab ScheduleTextbook: Chemistry by J. Burdge, 1st and 2nd EditionWk123456789101112131415DateDay Lec.Chapter Sec.HomeworkJ
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
EEL 5544 Midterm Examination Number 2November 13, 2008The time for this test is 2 hours. This is a closed book test, but you are allowed two formulasheets. The formula sheets cannot contain any examples. You should write your name on theformula sheets
University of Florida - ECE - eel 5544
EEL 5544 Midterm Examination Number 2November 12, 2009The time for this test is 2 hours. This is a closed book test, but you are allowed two formulasheets. The formula sheets cannot contain any examples. You should write your name on theformula sheets
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
University of Florida - ECE - eel 5544
L35-1EEL 5544 Noise in Linear Systems Lecture 35EXAutocorrelation Function of AR-1 ProcessL35-2P ROPERTIES OF AUTOCORRELATION F UNCTIONS Given a 2nd-order RP X (t ), its autocorrelation functions satises:(1) RX (t , t ) 0(positive power)(2) RX (t
University of Florida - ECE - eel 5544
S2-1EEL 5544 HW 2 Solutions, Fall 2008CombinatoricsSS-1.(a) With order and with repeats, the number of possible combinations (this is a dangerousword to use here when talking about probabilities) is 603 = 216, 000.(b) With order and without repeats,
University of Florida - ECE - eel 5544
Soln3-1SS-1.Soln3-21.Soln3-3Soln3-4Soln3-52.Soln3-6Soln3-7SS-2.Soln3-8SS-3.Soln3-9SS-4.Soln3-10SS-5.(a)fX (x)dx = 1 Area under triangle of height c and base 2a equals 1 1 (c)(2a) = 12 c = 1/aThefX (x) = |ax2| , |x| a0,otherwise
Keller Graduate School of Management - ACCT - 551
A. Selling price of bonds($4,000,000 X 1.03)Interest Accrued(4,000,000 X 9%=360,000)(360,000X2 months Jan & Feb =720,000)(720,000/12 months = 60,000)Less: Bonds Issuance CostsNet amount of cash received by Wilke4,120,000.00+ 60,000.004,180,000.0
Humber - BIOL - 171
ReproductionDevelopment fromfertilization to birthfertilizationimplantationplacental developmentfetal developmentgestationlaborparturition (birth)Terminology of Development gestation period from fertilization to birth (38 weeks) prenatal peri
Humber - BIOL - 171
FemaleReproductiveSystem Anatomymid-sagittal viewFallopian TubeUterusOvaryurinarybladderMons PubisVaginaurethraanal canalClitorisLabia MinoraLabia Majoracoronal viewFallopian TubeOvaryUterusVaginaOvaries almond -shaped; 2-3.5 cm x 1-
Humber - BIOL - 171
Reproduction sexual reproduction producesnew individuals fertilization results in one cellwith 23 chromosomes fromeach parentReproduction gonad primary sex organ testis in male ovaries in female produce gametes, sex hormonesReproduction gamete
Humber - BIOL - 171
RESPIRATORYSYSTEMRespiratory SystemAnatomy nose pharynx = throat larynx = voicebox trachea = windpipe bronchi = airways lungsRespiratory SystemAnatomy upper respiratory tractsuperior to vocal cords lower respiratory tractinferior to vocal c
Humber - BIOL - 171
THEURINARYSYSTEMThe Urinary Systemkidneyureterurinary bladderurethra John Wiley & Son IncThe Urinary Systemkidneysuretersurinary bladderurethraOverview ofKidney Functions regulation of blood: ion concentrations osmolarity volume pressur
Humber - BIOL - 171
RESPIRATORYSYSTEMRespiratory SystemAnatomy nose pharynx = throat larynx = voicebox trachea = windpipe bronchi = airways lungsRespiratory SystemAnatomy upper respiratory tractsuperior to vocal cords lower respiratory tractinferior to vocal c
Humber - BIOL - 171
RESPIRATORYSYSTEMRespiratory SystemAnatomy nose pharynx = throat larynx = voicebox trachea = windpipe bronchi = airways lungsRespiratory SystemAnatomy upper respiratory tractsuperior to vocal cords lower respiratory tractinferior to vocal c
Humber - BIOL - 171
CirculationBlood Vessels andHemodynamicswww.accessexcellence.orgAnatomy of BloodVessels closed system of tubes arteries carry blood away fromthe heart (to tissues) elastic arteries muscular arteries arteriolesAnatomy of BloodVessels capillar