how would you do this problem if the numbers don't cancel each other out.
multiply each side by nine, getting a negative nine then add ten to each side getting V=1
a translation followed by a 180° counterclockwise rotation
a translation followed by a reflection
a reflection followed by another reflection
The bag contains 6 tiles: 2 lettered and 4 numbered. The probability of drawing a number without looking is 2/3.
Probability is the ratio of the number of favorable outcomes and a total number of outcomes. it deals with finding out the likelihood of the occurrence of an event.
Given that,
The bag holds 6 tiles.
Among the tiles, 2 are lettered and 4 are numbered.
The task is to choose a tile from the bag without looking.
The bag contains a total of 6 tiles: 2 lettered and 4 numbered.
Therefore,
The probability of drawing a number can be calculated by dividing the number of numbered tiles by the total number of tiles.
Probability of drawing a number = (Number of numbered tiles) / (Total number of tiles)
Probability of drawing a number = 4 / 6
Simplifying this fraction, we get:
Probability of drawing a number = 2 / 3
Hence,
The probability of drawing a number from the bag is 2/3.
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Bank B
$105,000
$105,000
30-year fixed 30-year fixed
5.875%
6%
1.25 discount points 0 discount points
M=$621.11 M=$629.53
What is the break-even point for the loans?
about 7 years
about 10 years
about 13 years
about 16 years
Answer:
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Step-by-step explanation: