The number of men is 3 times the number of woman. The number of women is 5 times the number of children at the mall
2 answers:
We would first need to figure out how many women there are in order to know about the number of men.
5c = w (<em>women</em>)
3w = m (<em>men</em>)
There are 730 children and to find out the number of women we need to do
where w = 3650
There are 3650 women. TO figure out the number of men, we need to do
where m = 10950
Therefore, the number of men in the mall is 10,950.
5c = w (<em>women</em>)
3w = m (<em>men</em>)
There are 730 children and to find out the number of women we need to do
where w = 3650
There are 3650 women. TO figure out the number of men, we need to do
where m = 10950
Therefore, the number of men in the mall is 10,950.
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Answer:
<h3>The answer is option C</h3>Step-by-step explanation:
Since it's a right angled triangle we can use trigonometric ratios to find the value of ∠Y
To find the value of ∠Y we use tan
We have
We have the final answer as
<h3>51.34°</h3>Hope this helps you
The path is in the shape of a parabola, the horizontal length is 24, so the middle point is at x=12, the symmetry line is x=12, the highest point (the vertex) is at (12,6)
the equation in vertex form is y=a(x-12)²+6
next, find a by using either one of the two points, the starting point (0,0) or the end point (0,24). obviously (0,0) is easier to calculate:
0=a(0-12)² +6
a=-1/24
so the quadratic equation is y=-
the equation in vertex form is y=a(x-12)²+6
next, find a by using either one of the two points, the starting point (0,0) or the end point (0,24). obviously (0,0) is easier to calculate:
0=a(0-12)² +6
a=-1/24
so the quadratic equation is y=-