Some things you need in your respond is:
- Although the percentage might eventually round to 100%, it is not possible to have 100% of the phones working.
- This is because the model began when only 3 out of 10 phones were working, so there are 7 phones that were not working.
- In other words, the numerator and denominator of the expression are never the same, so the expression is never equal to 1 or 100%.
For large candles, the price is $10. They sold 42, we can say that. 42*10 is the total price or revenue without the cost to make the candles included. The cost to make the candles is $x. So we can say profit for large candles = (420 - 42x).
For small candles. The price is $5 and 56 are sold. The cost is again $x. So the profit for small candles is (280 - 56x).
So the total profit for part one of your question is (420 - 42x) + (280 - 56x).
In part to we are told that large candles cost $5 and small candles cost $3. Substituing this into are expression gives (420 - 42(5)) + (280 - 56(3)). This gives us $322. So the total profit is $322.
Answer:
y=2
Step-by-step explanation:
The mode is the value that appears more often in a dataset. In your dataset, you have two 6's, two 9's and two 14's.
So, there is no value that is repeated more than any other.
In those cases, some say that your dataset has no mode. Others say that your dataset has three modes: 6, 9 and 14.
It's really all about definition, so it depends on which convention your book/course/professor sticks to.
Answer:
Interest (or interest rate)
