Answer:
10 units
Step-by-step explanation:
You use the Pythagorean Theorem to find that the difference in x coordinates is 6, and in y coordinates is 8. You don't make the 6 negative because you are looking for distance, not direction (think scalar, not vector if that helps). Then you square the two terms to get 36 (6 squared) + 64 (8 squared) = 100 (sum). Then, you find the square root of 100 to get 10, which is your answer. I don't know if there's any units in it, but if there are, I would reccomend putting the corresponding units. Hope this helps!
In your own words
Answer:
You get this solution while solving your problem but it still is not the correct answer to your question...
(I think)
An algebraic expression that can be used to represent the new y-coordinate after a translation of four yards south is y-4.
In mathematics, an expression is defined as a set of numbers, variables, and mathematical operations formed according to rules dependent on the context.
Let's assume that 1 unit represents 1 mile.
Given that the present coordinate of the point is y. Now, if the point is moved towards the south, then the point will be shifted to 4 units sown. Therefore, we can write an algebraic expression to represent the new y-coordinate after a translation of four yards south as,
New-coordinate = y - 4
Hence, an algebraic expression that can be used to represent the new y-coordinate after a translation of four yards south is y-4.
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Answer: y + (-4)
Step-by-step explanation:
A translation of four yards south involves moving 4 units in the negative y-direction. Given any initial y-coordinate, y, the algebraic expression that represents the y-coordinate after translation is y + (-4)
*edmentum answer*
Answer:
s = 260 - g/2
Step-by-step explanation:
Given the following :
Maximum weight swing can hold = 500 pounds
Let suspect's weight = s
George's weight = g
To reach maximum weight :
Double weight of suspect + (George's weight - 20)
Hence, equation:
2s + (g - 20) = 500
2s + g - 20 = 500
2s + g = 500 + 20
2s + g = 520
2s = 520 - g
Divide through by 2
s = 260 - g/2
The question can be represented by the equation 2S + G - 20 = 500, where S is the suspect's weight and G is George's weight. To solve for the suspect's weight, we need to know George's weight.
The question asks for an equation to determine the weight of the suspect based on given conditions. We can express the condition as a mathematical equation. If we let S be the weight of the suspect and G be the weight of George, the information gives us the equation 2S + G - 20 = 500. To solve for the suspect's weight, we will need the weight of George. Without this, there are an infinite number of solutions for S. However, if we were given George's weight, we could subtract 20 from it, subtract that value from 500, and then divide by 2 to get the suspect's weight. As an example, if George weighed 220 pounds, the suspect would weigh (500 - (220 - 20)) / 2 = 150 pounds.
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