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Answer:
7 workers will be required
Explanation:
We will define actual time required to do a job
= Standard time required for producing each unit x Worker efficiency (%)/100
= 11.65 x 115/100
= 13.3975 minutes
Total available minutes in 4 days = 4 days x 8 hours/ day x 60 minutes / day = 1920 minutes
Therefore ,
Number of units which can be produced by 1 worker in 4 days = 1920 /13.3975
Number of units to be produced = 1000 units
Therefore,
Number of workers required
= Number of units to be produced / Number of units which can be produced by 1 worker in 4 days
= 1000 x ( 13.3975 /1920)
= 6.977 ( 7 rounded to nearest whole number )
Answer:
- Paul Donut Franchisee : Perfectly Elastic Supply
- P & G Facial Tissues : Elastic Supply
- Papermate Pens : Inelastic Supply
- Bright Ideas Lightbulbs : Perfectly Inelastic Supply
Explanation:
Price Elasticity of Supply is sellers' quantity supplied response to price change. P(Es) = % change in supply / % change in price.
Supply can be classified by Price Elasticity of Supply, as undermentioned :
- Elastic Supply : P(Es) > 1 ; % change in supply > % change in price
- Inelastic Supply : P(Es) < 1 ; % change in supply < % change in price
- Unitary Elastic : P (Es) = 1 ; % change in supply = % change in price
- Perfectly Elastic Supply : P(Es) = ∞ ; Supply responds infinitely to any slight price change & so prices are constant.
- Perfectly Elastic Supply : P (Es) = 0 ; Supply responds negligibly to massive price change & so quantity supplied is constant
- Paul Donut Franchise : Unlimited Supply at constant price, so supply perfectly elastic
- P & G facial tissues : % change in supply i.e 66% > % change in price i.e 10% , so supply is elastic
- Papermate pens : % change in supply i.e 10 % < % change in price i.e 15% , so supply is inelastic
- Bright Ideas Lightbulbs : % change in supply 15% negligible in relation to 400% price change , so supply is perfectly inelastic
Answer:
Explanation:
Using Fisher equation <u><em>(Which is estimating the financial mathematics and economics relationship among real interest rates nominal interest rates under inflation.) </em></u>which goes like this

where

Inflation = (1+0.08) / (1+0.06) - 1 = 1.88% (Could be approximated as 2%)