Answer:B
Step-by-step explanation:
The par value of each share is calculated as $40 which is option A
To find the par value of each share, we divide the total value by the number of shares. In this case, the Hamilton Brush Company issued 2,500 shares worth $100,000.00 in total.
$100,000.00 divided by 2,500 shares gives us $40.00.
Mathematically;
1000000 / 2500 = 40
Therefore, the par value of each share is $40.00.
The answer to this problem is option A
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Answer:
all true
Step-by-step explanation:
that same year, about 3.0×10^7 half-dollars were produced.how many more pennies were produced that year than half-dollar? explain how u know
a = 4i + 3j, b = -4i + 4j
The required dotproduct of the given vector is given as -4.
Given that,
a = 4i + 3j, b = -4i + 4j
a • b is to be determined.
The dot × of twovectors is described as the sum of the products of the relevant directionalvector.
Here,
a.b = (4i + 3j).(-4i + 4j)
a.b = 4×-4 (i.i) + 3×4 (j.j) + 4×4 (i.j) + 3×-4(i.j)
a.b = -16 + 12
a.b = -4 (since i.j or j.i for dot product gives zero.)
Thus, the required dotproduct of the given vector is given as -4.
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The fractional-number "40/3" can be expressed as "" in the "mixed-number" form.
To write the fraction "40/3" as "mixed-number" representation, we first determine the "fractional-part" and the "whole-number" part.
Dividing 40 by 3, we find that it is not evenly divisible. The quotient is 13, and the remainder is 1.
The whole number part is 13, indicating that there are 13 whole units. The fractional part is 1 out of 3, representing one-third of another unit.
Combining these, we can express 40/3 as the mixed number 13 1/3. It signifies 13 whole units and a fractional part of 1/3, indicating a value greater than 13 but less than 14.
Therefore, the required mixed-number is .
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