<span>A benefit that is sought by an interest group and that once achieved cannot be denied to nonmembers is called a free rider. The free rider problem is created from market failure because people take advantage of being able to use common resources or collective goods without being able to pay for </span>them.
Answer:
interest expense for October $ 27.25
Explanation:
900
+ 1,300 x 20/30
<u> + 100 x 15/30 </u>
1,816.67 average balance
Now we multiply this average balance by the interest rate of the credit card:
1,816.67 x 0.18/ 12 = 27.25
Answer:
Department M
Manufacturing overhead rate = $600,000/200,000 hrs = $3/hr
Department A
Manufacturing overhead rate = $400,000/800,000 hrs = $0.5/hr
Manufacturing overhead cost allocated:
Department M = $3 x 8,000 = $24,000
Department A = $0.5 x 12,000 = $6,000
Total manufacturing cost allocated = $30,000
Explanation:
This relates to overhead absorption. The manufacturing overhead rate is calculated as budgeted manufacturing overhead divided by budgeted direct labour hour.
Manufacturing overhead allocated = manufacturing overhead rate x actual labour hour for each department for the job.
In a traditional IRA there is either an equal or near to equal contribution made by employer. So, if $3,500 is to be invested let's assume that another $3,500 to be invested by employer with a total contribution (of 3500+3500=7000) the net contribution would be the same as the total contribution, tax rate is not given. Let's assume tax assume tax slab of 28%. Traditional IRS-matching contribution from employer Net contribution-$3,500+3,500=7,000 Roth IRA Assumption-Tax bracket of 28% Net contribution= amount invested minus tax=$3500 minus (28% on 3500)= $3500- $980=$2520 Hence net contribution is not of taxes in case of Roth IRA Once the traditional IRA or Roth IRA is established, you decide to invest the proceeds in a mutual fund. Identify the type of mutual fund you would select.
Cross-elasticity of demand is a) the willingness to substitute other products.
If the goods are alternative products, the cross elasticity of demand is tremendous which means that demand for one product will increase when the charge of the alternative product will increase and vice versa
If the products are complementary, go elasticity of demand is terrible which means that once the fee of 1 product will increase, demand for the opposite product decreases and vice versa.
The go-rate elasticity formulation is an equation for calculating the pass-price elasticity of call for (XED) of separate services or products: go rate elasticity (XED) = (% change in call for of product A) / (% alternate of fee of product B), wherein merchandise A and B are exceptional services.
In economics, the pass elasticity of call for or go-price elasticity of demand measures the percentage change of the quantity demanded an awesome to the percentage change in the fee of another proper, ceteris paribus.
The cross elasticity of call for is an economic concept that measures the responsiveness in the amount demanded of one good while the fee for some other correct modifications.
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