18m x 22m would be how you solve one of the rectangles area
For all 3 it would be 1188m
How to solve= multiply length by width then multiply by three to find the area of all three rectangles
A good way to see what Shelby first did is to turn the amount she says she made into an improper fraction. You do this by multiplying the number to the left of the fraction by the denominator and adding it to the top. This shows Shelby divided 7 by 4 to get her 1 3/4 cups of juice answer. Since Shelby divided, a good option would be to try and multiply the original 7 amount by 4, as there is also 4 cups in a single quart, so 7 times 4. This number will be how many cups of juice she made.
Respuesta:
B) x = 4 e y = 8
Explicación paso a paso:
Busque la imagen de la pregunta adjunta a continuación;
Tomando la razón de los lados similares y equiparándolos a una constante k dará;
De los triángulos dados;
AC = PR y BC = QR
Si AC = PR, entonces;
9 = 2x + 1
Intercambio
2x + 1 = 9
2x = 9 - 1
2x = 8
x = 8/2
x = 4
De manera similar, si BC = QR, entonces;
y - 3 = 5
y = 5 + 3
y = 8
Por lo tanto, los valores de xey son 4 y 8 respectivamente.
Answer:put a mark at negative 2 on the graph then you would go up seven rigght one until you cant then you would go back to -2 and go down seven left one until you cant
Step-by-step explanation:
Answer:
Minimum - 46.4
First quartile - 48.8
Third quartile - 53.2
Median - 50.4
Maximum - 55.9
Step-by-step explanation:
If you write all the numbers down on a piece of paper and start crossing out from the beginning and end Ex. cross out 46.4 and 55.9 until you get to the middle (median) thats how you figure the median out. Continue to do that until you find the first quartile, and last quartile. The maximum and minimum are easy to find those are the biggest and smallest number in the group. To find the first and last quartile, you would do the same thing to find the median just do it from the median and go to the beginning or the end depending on which one you find first. Hope this helps! I learned how to do the crossing things from my old school :)
