Answer:
A
Step-by-step explanation:
Hello! I can help you with this!
1. For this problem, we have to subtract the right side from the left side. When we do this, we get 2x - 4 1/2. The answer is A.
2. Okay, so you’re finding the amount t if money he would have at the end of the week, which is “y”. x is the number of meals and you would pay $2.25 per meal. In this case, the formula would be y = 35 - 2.25x. The answer is B.
The number exists 99, then 99 - 49 = 50
Therefore, the pair of two-digit numbers exist between 99 and 49.
<h3>What is the difference?</h3>
In math, the word difference exists as the outcome of subtracting one number from another.
Let the first pair of two-digit numbers be xy and the second pair of numbers be yx.
we want a two-digit number, a two-digit number begins from 10 and ends with a two-digit number that exists 99.
Let the difference of 50 exists possible when we take the biggest two-digit number
Therefore, the number exists 99
99 - 49 = 50
Therefore, the pair of two-digit number exists 99 and 49.
To learn more about differences refer to:
brainly.com/question/14335054
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Answer:
sqrt of 41, or A
Step-by-step explanation:
You can cut the iscosles triangle into 2 right triangles as shown on the image, and the base of each will be 4, and the height 5.
The hypotenuse on a right triangle is the square root of the base squared added with the height squared, which would be 16+25, or 41. therefore, X is the sqrt of 41
Answer:
A
False
Step-by-step explanation: