The original price of the notebook that Fernando paid for was $600. This is calculated by dividing the discount price of $450 by 0.75.
The question is about calculating the original price of an item from a given discount price. If $450 represents 75% of the original price, we can set up an equation to solve for the original price.
The equation can be set up as follows: 0.75x = $450.
To solve for x, which is the original price, we need to divide $450 by 0.75.
The calculation will be as follows: $450/0.75 equals $600, which is the original price. So, the original price of the notebook was $600.
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vertical line:
Check the picture below.
3.200 would be the nearest tenth. the 6 rounds to a zero and the 1 takes it to a 2
Ok, so I worked out the problem.
So for part a) you just multiply 8 by 25% then add the product to get the new perimeter.
Part B you Add all sides for the original square and the new square to get the perimeters of each then you divide the old square perimeter by the new square perimeter to get the percentage.
Part C you get the areas pf bother squares then divide the old square area by the new square area to get the percentage change.
If you have any questions, let me know.
To divide 67,396 by 123, use Long division and the quotient is 547.
Dividends, divisors, quotients, and remainders are found in the long divisions. The large number that is divided by another number, or the divisor, in a long division problem is the dividend.
To divide 67,396 by 123, you can use long division. Start by dividing the first digit of 67,396 (6) by 123. The quotient is 0. Then, bring down the next digit (7) and divide 67 by 123. The quotient is 0 again.
Repeat this process until you have divided all the digits. The final quotient is 547. Therefore, 67,396 divided by 123 is equal to 547.
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