<span>It would be: $3 million ($10 million in cost less $7 million in payment)</span>
The statement that must be true about the demand for a product if it is inelastic is that, a price increase does not have a significant impact on buying habits. The correct answer would be option B. When the demand is inelastic, this situation means that the demand for a product does not decrease nor increase in corresponds to the rise or fall of its price.
C: all the physical tools and equipment used in the production process. That would be the answer
<h2>Given:-</h2>
- Initial velocity ,u = 0m/s
<h3>To Find:-</h3>
- Distance travel by the boat ,s
<h3 /><h3>Solution:-</h3>
We have to calculate the distance covered by the boat in given time interval. Using 2nd equation of motion
<h3>s = ut + 1/2at²</h3><h3 />
where,
v is the final velocity
a is the acceleration
u is the initial velocity
t is the time taken
s is the distance covered
Substitute the value we get
:⟹ s = 0×8 + 1/2×3 × 8²
:⟹ s = 0 + 1/2 × 3 × 64
:⟹ s = 3/2 × 64
:⟹ s = 3 × 32
:⟹ s = 96 m
Hence, the distance covered by the steam boat is 96 metres.
Answer:
The investment in stock H will be $104837.5 while the investment in stock L will be $145162.5
Explanation:
The portfolio return is the weighted average return of the individual stocks that form up the portfolio. The weightage of each stock in the portfolio is the investment in a stock as a proportion of investment in the portfolio.
Let x be the weightage of Stock H.
Weightage of Stock L will be (1-x).
Portfolio return = wH * rH + wL * rL
Plugging in the values,
0.111 = x * 0.129 + (1-x) * 0.098
0.111 = 0.129x + 0.098 - 0.098x
0.111- 0.098 = 0.031x
0.013 / 0.031 = x
x = 0.41935 or 41.935% rounded off to 3 decimal places
(1-x) = 1 - 0.41935 = 0.58065 or 58.065%
Investment in Stock H = 250000 * 41.935% = $104837.5
Investment in Stock L = 250000 * 58.065% = $145162.5
