The question is missing the figure. So, the figure is attached below.
Answer:
C. 350 m
Step-by-step explanation:
Given:
Scale is given as:
1 unit : 25 meters
This means that 1 unit on the grid is equivalent to 25 meters in actual.
Now, from the figure, the horizontal distance across the park is 14 units.
1 unit = 25 meter
Now, we can find the actual distance using unitary method and thus multiplying 25 and 14 to get the actual distance across the park horizontally.
∴ 14 units =
meters.
Therefore, the horizontal distance across the park is 350 m in actual.
So, the correct option is option C.
Let x be the width of the playground, then 3x is the length of the
<span>playground
х * 3х = 75
3x</span>² = 75
x² = 25
x = 5 m (width)
5*3=15 m (length)
Perimeter = 2(5+15) = 2*20 = 40 meters.
To round to the nearest thousand, we check the digit in the hundreds place. If it is less than 5, we round down, else we round up to the next thousand.
In this case, the digit in the hundreds place is "6" and "6" is 5 or more, so we round up to the next thousand.
15 680 ≈ 16 000
<u>Answer</u>:
The perimeter of rhombus WXYZ is
<u>Step-by-step explanation:</u>
Step 1 :Finding length of XY
Distance formula = 
here
= 5
=3
= -1
=2
XY = 
XY = 
XY = 
XY = 
XY = 
Step 2 :Finding length of YZ
Distance formula = 
here
= 3
=5
= 2
=5
YZ = 
YZ = 
YZ = 
YZ = 
Step 3 : :Finding length of ZW
Distance formula = 
here
= 5
=7
= 5
=2
ZW = 
ZW = 
ZW = 
ZW = 
Step 4 :Finding length of WX
Distance formula = 
here
= 7
=5
= 2
= -1
WX = 
WX = 
WX = 
WX = 
Step 5: finding the perimeter of the rhombus
Perimeter= 4 X side
=>
=>