Answer:
1, A horse runs 27 miles per hour (distance traveled changes by 27 miles for each hour)
Step-by-step explanation:
hope it helps!
Answer:
see the step below, but I'm not sure if this you want
Step-by-step explanation:
Answer:
m∠SWX=39°, and m∠VWY=51°
Step-by-step explanation:
∠XWU and ∠VWY are vertical angles. Vertical angles are congruent.
∠XWU=∠VWY
we are given ∠XWU=(7x+2)° and ∠VWY=(4x+23)°, so:
7x+2=4x+23
3x+2=23
3x=21
x=7
Now substitute x for 7 in both expressions to get the measures of the angles.
∠XWU=(7(7)+2)°=(49+2)°=51°
∠VWY is also 51° because it is congruent to ∠XWU, but just to make sure:
∠VWY=(4(7)+23)°=(28+23)°=51°
we also need ∠SWX. We can see it makes a right angle with ∠XWU, so their sum is 90°.
∠SWX+51=90
∠SWX=39°
Answer:
(3.5, 9)
Step-by-step explanation:
You can quickly find the midpoint by averaging the x and y values separately.
X coordinate: (3+4)÷2=7÷2=3.5
Y coordinate: (7+11)÷2=18÷2=9
The midpoint is then at (3.5,9).
Answer:
The answer to this question is
The linear footage of the perimeter fence = 1250 feet
Step-by-step explanation:
To find the linear footage requires the footage measurement with a measuring tape. The linear footage indicates the length of the fence required to surround the property from which the cost of fencing the property can be estimated by multiplying the linear footage of the perimeter fence by the cost to build a unit length of fence
The linear footage of the perimeter fence to surround the property can be found by the equation for solving the perimeter of a rectangle which is
Perimeter = 2× (length+breadth) = 2×(475+150) = 2×625 = 1250 foot
The linear footage of the perimeter fence = 1250 foot
