<u>Answer:</u> The rate of interest is 7.18 %
<u>Explanation:</u>
To calculate the rate of interest, we use the equation used for the interest compounded monthly follows:

A = Amount after time period 'T' = $100,000
P = Principal amount = $50,000
R = rate of interest = ?
n = Number of times interest applied per time period = 1 (annually)
T = time period = 10 years
Putting values in above equation, we get:

Calculating the rate of interest in percentage:

Hence, the rate of interest is 7.18 %
The answer to this question is <span>Continent Convergent Boundary
</span><span>Continent Convergent Boundary refers to the boundary where two tectonic plates experiencing active deformation.
The friction and other type of force made by these plates often caused the land to wend upwards and forming the mountains that we see today.</span>
The appropriate response is the marginal product of labor is at its most elevated. In financial aspects, the marginal product of labor (MPL) is the adjustment in yield that outcomes from utilizing an additional unit of work. The minimal result of an element of generation is by and large characterized as the adjustment in yield-related with an adjustment in that component, holding different contributions to creation steady.