A level it’s the only one that makes sense
Answer:
try to 36v power and take 1a and intersect to 3
Answer:
The formula should be 234.1 x (1 + 2.9%)^t
Explanation:
As the questions indicates, the CPI indicates what the value for money is in that given year compared to the base year. So a higher CPI amount is given as a result of inflation over the years. So the rate of inflation was such that the 100 dollars in 1983 (taken as the base year) is equivalent to 234.1 in 2015 as a result of inflation. So, essentially, the time value of money concept is being applied here. We can use the formula for calculating the future value of money over here as well.
The equation is: FV = PV × (1 + x%)^t
where, FV is future value, PV is the present value today, x% is the rate of change, and t is the time period in years.
With the values at hand, the formula to compute what the CPI should be t years after 2015,
CPI (t years after 2015) = 234.1 x (1.029)^t
Answer:
The phase current in each line conductor are;
Explanation:
Given the following data;
Red phase = 24kW,
Yellow phase = 18kW
Blue phase = 12kW
Line voltage = 415V
For a star connected system, we have;
The phase sequence for RYB is given by;
<em>For the Red phase;</em>
<em>For the Yellow phase;</em>
<em>For the Blue phase;</em>
For the line neutral;
Substituting we have, 
