Answer:
The difference between buying online and buying in store is $12.50. The difference between the markups themselves is $2.50. Because the markup of buying in store is more than buying online, we can tell that buying in store costs more than buying online.
Step-by-step explanation:
The markup of buying online is $40 (25% of 160). Because of this, we'll add $40 to the original price, which means that buying online would cost you $200. On the other hand, the markup of buying in a store is $52.50 (35% of $160). This means we'll add $52.50 to the original price, giving us a total of $212.50. We now know that buying at the superstore costs $212.50, and buying online costs $200. To find the difference, we subtract $200 from $212.50. We get $12.50, which means that <u>the difference in total price is $12.50.</u>
Next, we're trying to find out the difference between the markups themselves. Since we know that the markup of buying online is $40, and the markup of buying in store is $52.50, we have to subtract $40 from $52.50. We are left with $2.50. Therefore, <u>the difference between the markups is $2.50.</u>
We can draw the conclusion that because the markup price for buying in store is more than the markup price of buying online even though they (without markup) cost $160, it'll cost more in store.
Answer:
441
Step-by-step explanation:
If this is a rectangle, meaning the width and the legnth is different, there is no way in solving this.
However, if it is a square, meaning all the sides are the same,
we can know that every side is 21 inches long.
An area is the width times the length, which is both 21 in this case.
21 times 21 = 441.
441 inches squared.
Answer:
yes just fill up the 6 gallon jar up to the 4 galon mark
Step-by-step explanation:
Hello! The answer is
B ) (3, 2), (6, 4), (9, 6)
C ) (2, 2), (4, 4), (6, 6)
E ) (0, 0), (1, 2), (2, 4), (4, 8)
9514 1404 393
Answer:
254 in
Step-by-step explanation:
The Law of Sines tells you ...
g/sin(G) = h/sin(H)
g = h(sin(G)/sin(H)) = 510 in(0.42262/0.84805)
g ≈ 254.15
The length of g is about 254 inches.