Answer:
Income and appreciation
Explanation:
The internal rate of return, also known by other names such as The rate of return (TR), Internal rate of return (IRR), return on investment (RSI) and rate of return (IR), just to name a few, is the rate to be paid on the unpaid balance of the money obtained on loan or the rate earned on the balance not recovered from an investment, so that the final payment equals the balance exactly to zero with the interest considered. The interest rate of return is calculated by means of an equation based on the present value and / or annual value, which some precautions must be taken to avoid making mistakes in the calculation. There is also a maximum number of possible interest rates for a series of specific cash flows. A compound rate of return is also calculated using a given investment rate. As well as a nominal and effective interest rate for a bond investment.
So it could be said that to determine the return on investment, several factors are taken into account, but mainly income and appreciation.
Answer:
the claim is false
Explanation:
Power consumed = mgh
m = ρv where volume per seconds ( 1 l = 0.001 m³) = 50 L/s × 0.001 m³ = 0.05 m³, ρ density of water = 1000 kg/m³
P consumed = ρv gh = 0.05 m³×1000 kg/m³ × 9.8m/s × 30 m = 14700 = 14.7 Kw
This claim is false because the power consumed is greater then the 2kW reported.
Answer:
A. R
Explanation:
There are basically two wires that supply input power to the thermostat namely the C wire which is the common wire and the R wire .The G wire simply completes the input power circuit from the R-leg of the power supply.On the another hand the Y wire also completes the circuit from the compressor fan contactor to the R-leg of the power supply . While the W wire completes the path to the heater contactor coil.
Answer:
0.2
Explanation:
Since the span and chord of the rectangular wing is missing, due to it being from the other question, permit me to improvise, or assume them. While you go ahead and substitute the ones from your question to it, as it's both basically the same method.
Let the span of the rectangular wing be 0.225 m
Let the chord of the rectangular wing be 0.045 m.
Then, the area of any rectangular chord is
A = chord * span
A = 0.045 * 0.225
A = 0.010 m²
And using the weight of the glider given to us from the question, we can find the LER for the wing.
LER = Area / weight.
LER = 0.010 / 0.05
LER = 0.2.
Therefore, using the values of the rectangular wing I adopted, and the weight of the glider given, we can see that the LER of the glider is 0.2
Please mark brainliest...