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This comprehensive guide explores key financial concepts including capital expenditures, operational expenses, depreciation, and tax implications. Learn about the interplay between dividends, retained earnings, and interest expenses while understanding day-to-day operational costs, from office supplies to salaries. The guide also delves into investment strategies involving stocks and bonds, providing insights on effective capital management and expenditure tracking to optimize profitability and tax benefits. Whether you're an entrepreneur or a finance enthusiast, this overview will enhance your financial acumen.
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Follow the Money John Wright jcwright@bell.net
Phone Bill Stocks Interest Dividends Taxes Salaries Paper Clips??? Paper Clips
E$ Capital & Expense Expenses Interest Revenue Taxes Profit C$ Dividends Retained Earnings Capital Raised Capital
Revenues • Phone services – Local – LD • Internet – Service – Hosting • Contracts – Data – 800 – TV carriage - PBX • Satellite TV (Bell) Cable TV (Rogers) • TV Channels – CTV, etc • Cell phones (sales, rentals) • Salvage
Money Out • Buildings, Equipment, Automotive • Salaries & Pensions • Dividends & Interest • Office supplies • Taxes • Miscellaneous
Capital or Expense? • Capital • Big ticket items • Tracked individually • Buildings, Equipment, Automotive • Expense • Consumables • Gas, electricity, heating fuel • Small items (office supplies, tools, etc) • Salaries • Interest
Expenses – What? • Everything needed for the day to day operations – from paperclips to wages • Bond interest • Taxes • Depreciation • Interest during construction
Expenses – Where to? • First • General expenses • Interest • Depreciation • Second • Taxes (≈ 50%) • Third • Dividends • Retained earnings
Depreciation (1) • Scenario You graduate at the top of the class, walk into a $100k/year job, pay 30% income tax ($30k) and buy a $120k car • You have $70k to live on • IFthat nice Mr. Flaherty says you can depreciate your car over 10 years as a tax deduction ($120k/10 = $12k per year) Tax is 30% of $(100k-12k) = $26.4k • You have $73.6k to live on
Depreciation (2) • Example – Telephone Pole • Costs about $2,000 - including • Planning • Purchase • Placement • Life is 40 years • Depreciation is $2000/40 = $50 per year
Depreciation (3) $ • ‘Straight Line’ (fixed amount/year) t • ‘Capital Cost Allowance’ (fixed %/year) $ t
Depreciation (4) • There is a depreciation rate for every capital item (called assets) • They are all added up and deducted from revenue before taxes • Theoretically – If depreciation for an asset was banked, at the end of its life there would be enough money to replace it • Reality – The money is used as it comes in
Technological Change • Records kept by hand in ledgers, calculations by hand • Mechanical adding machines • Records kept on ’main-frame’ computers much of the calculation on adding machines • Electronic calculators • Today – Spread sheet on a PC
Interest During Construction $ • Example - A new C.O. in a new subdivision • From the time the land is purchased to the time the first call is made • Money is going out • Nothing is coming in • Interest on the money spent on the construction and for equipment is a pre-tax expense Install Equipment Start Building Buy land In service Time
Capital • Comes from: • Sale of stock • Issuance of bonds (debt) • Retained earnings • Used for: • Buildings, equipment, vehicles, etc (but not salaries, paper clips, gasoline or other consumables)
Stocks or Bonds? • Bond interest is an expense • $2 of revenue will pay off $2 of interest • Dividends are paid after tax • $2 of revenue will pay $1 in dividends • Tax rate is about 50% • Why not borrow instead of having to pay dividends? • If the % of debt (Debt Ratio) is too high, the bonds are downgraded and cost more
Barrhaven (1) • New community • First phones served from Nepean • Not practical to continue • Capacity of Nepean • Length of each loop • Decision – Build a new C.O.
Barrhaven (2) • Where to locate the C.O.? • What type? How big? • How many trunks to nearby C.O.s? • How many trunks for LD? • Fibre or copper to houses? • How many pairs per house/business? • Cables – Aeriel? Underground? Gauge? • Any remote distribution sites?
Barrhaven (3) • Start digging and building • Start laying cable • Install equipment and power plant • Cutover
Life Cycle Costs (1) Needed Good Factory Stock In Service Recycle • 7-State Model (reality about 20 states) • Each state has a cost, a time and probabilities of going to another state determined by statistical sampling Repair
Life Cycle Costs (2) • Statistical sampling used to determine • Cost associated with each state • Time in each state • Probability of going next to a given state (some are 0, some are 1, rest are calculated) • Run 1,000,000 sets through the model • Play “What if ???” • e.g. Trade higher first cost against repair cost
Technological Change • Old stuff • Few electronics • Components separable and replaceable • Usually went back into service • Modern stuff • Mostly electronics • Components not separable and repairable • Often junked or recycled
Balancing Acts • Stocks or Bonds • Pay dividends or retain earnings • Increase/decrease rates (lose/gain customers) • First cost against maintenance cost • Capital vs Labour • Etc.
E$ Capital & Expense Expenses Interest Revenue Taxes Profit C$ Dividends Retained Earnings Capital Raised Capital