Conclusion: Peter has a remaining amount of $1.25 after he covers the service expenses.
Reasoning:
The total cost for 5/6 of a month amounts to (5/6)*$10.5= 0.83333*$10.5
= $8.75
Thus, the difference between his initial funds and his expense for the service will result in his change.
Change = $10.5-$8.75
=$ 1.25.
I hope this response was helpful.
Answer:
He is less likely to spend on scones.
Explanation:
To understand spending habits, one must consider various factors involved in purchasing.
- Income: Some individuals have a tight budget, which leads them to reduce expenses affecting their spending capabilities. Jose may find purchasing scones less problematic since they are low-cost items, thus indicating a negative correlation.
- Substitution: This could influence Jones’ spending on scones since he typically buys both together; if he stops his coffee purchases, he may also forgo buying scones.
Answer:
The answer is $59.50.
Explanation:
The calculations based on the scenario are as follows:
Profit on futures price = After futures price - before futures price
$63.50 - $59
= $4.50
Thus, the effective price that the company pays can be calculated using this formula:
Effective price paid = Spot price in July - Gain on futures price
= $64 - $4.50
= $59.50
To calculate the percentage return, use the formula (total profit / total investment) * 100, which gives us
( 100 / 1000 ) * 100 = 10%
Answer:
To maximize utility, the consumption of product Y should be increased while reducing the intake of product X.
Explanation:
The utility-maximizing principle asserts that a consumer optimizes utility when the marginal utility per dollar spent is equal for both products.
For Product X, the marginal utility per dollar is:
= 2 utils per dollar
For Product Y, the marginal utility per dollar is:
= 8 utils per dollar
According to this principle, the consumer should increase the consumption of product Y and decrease that of product X.
