Answer: C. will be favorable
Explanation:
Variable overhead efficiency variance simply means the difference between the time that it takes to manufacture a particular product and the time that was budgeted for the product.
Since the time incurred for the product was 2300 hours while the budgeted time was (600 × 4) = 2400 hours, then the variable overhead efficiency variance is favorable.
Answer:
Total cost (TC) = Total variable cost (TVC) + Total fixed cost (TFC)
Therefore,
Total fixed cost = Total cost - Total variable cost
hope am helpful
Answer:
Under a) r=0.1;Id=50;Cd=750;P=7 b) P only changes and is now 9.33
Explanation:
a) In a closed economy national savings are equal to investments or:
S d = I d = Y - Cd - G
Id = Y - 100 - 0.8*Y + 500*r - 0.5*G
100 - 500*r = 0.2*Y -100 + 500*r -0.5*G
200 - 1000*r = 0.2*1000 - 0.5*200=100
-1000*r=-100
r= 0.1
i = 0.15
Id = 100 -50 =50
Cd= 100 + 800 - 50 - 100=750
P = Md/Y-2000 i
P= 2100/1000 -300=7
b) If money supply increases to 2800, the price level would be:
P = 2800/Y - 2000*i = 2800/Y- 2000*(i-inflation)
However, since the variables determining real interest rate remained the same, r is also the same or 0.1 and i is 0.15. Consumption and investment remain the same, only price level changes or:
P=9.33
Answer: Coefficient of elasticity of supply is 0.75.
Explanation:
Price elasticity of supply measures the responsiveness of quantity supplied to a change in the price of the good. It can be measured using the percentage point method,
Therefore, coefficient of elasticity of supply is 0.75. Since it is less than 1 we can infer that supply for this good is relatively inelastic.
<h2>Answer : Option A) 1 foot/second</h2><h3>Explanation :</h3>
If we consider that the plates are placed 2 ft apart and there has to be 1800 meals that needs to be delivered in an hour.
so if we multiply 2 ft and 1800 meals that is delivered in 1 hour,we get 2 X 1800 = 3600 meals in an hour.
If we try to accommodate the plates at each ft then there will be 3600 meals delivered in 1 hour.
we know that 1 hour has 3600 seconds in it.
So, here the distance is 1 ft, and speed has to be determined time is 1 hour = 3600 seconds
3600 meals / 3600 seconds = 1 foot per second.
OR 1800 meals set at 2 ft apart in 3600 seconds will give the speed of the belt as 1 foot per second.
(1 ft = speed X 1 hour)
<h2>so, the speed also will be 1 foot per second. </h2>
