The value of interest plug in the equation for calculating loan's effective interest rate is 0.085. Thus, option C is correct.
The loan effective interest rate has been given as the rate that has been effectively charged on the principal amount. In the calculation of the interest, the percentage sign has not been considered.
Thus, the interest rate has been converted to the values by dividing the percent to 100.
The effective interest rate (<em>EIR</em>) for the equation has been:
The given interest rate has been 8.5 % . The value plug in the equation has been,
The value of interest plug in the equation for calculating loan's effective interest rate is 0.085. Thus, option C is correct.
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%= total atomic mass of element/formula mass of the compoundX100
atomic mass(Ar) of sulfur- 32
Ar of Cu- 64
Ar of O-16
64+32+(16x4)= 160
32/160=0.2
0.2x100=20
20%
Answer:
are usually multicellular
contain a true nucleus
contain membrane-bound organelles
Explanation:
Answer:
A)adding heat to the system and having the system do work on the surroundings
Explanation:
The variation in the internal energy of a system (ΔU) is given by the First Law of Thermodynamics. See the equation below:
ΔU = Q + W
Q: Heat added (+) or removed (-) from the system
W: work done on (-) or done by (+) the system
If you add heat (Q +) and have the system do work (W +), you guarantee that th internal energy of the system will increase (ΔU +).
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Answer:</h2>
The water has higher specific heat capacity which affects the lakes largely in such way that the water in a lake changes temperature slowly.
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Explanation:</h2>
Evaporation is a process of liquid changing its state to gaseous state at any temperature. Water has high specific heat due to the presence of strong hydrogen bonds. Due to which it requires heat in huge amount to raise the water (in large quantity) temperature.
Thus, the molecules will be unable to gain much kinetic energy that result in changing the temperature very slowly.