Complete question :
Luke is designing a scale model of a clock tower. The design of the front of the tower is shown below. Obtain the area of the front face of the model.
Answer:
12500 mm²
Step-by-step explanation:
The front face of the mode consista of both triangle and rectangle
Area of rectangle :
Height * Base
Height = 200 m ; Base = 50
Area = 200 m * 50 m = 10,000 mm²
Area of triangle :
1/2 * base * height
1/2 * 50 * (300 - 200)
1/2 * 50 * 100
= 2500 mm²
Area of front face = Area of rectangle + Area of triangle
Area of front face = (10,000 + 2500) m²
Area of front face = 12500 mm²
Area is Length x width.
Area = 4x * 5
Area = 20x
Replace A in the inequality:
Now you have 100 <= 20x <= 1,000
Now solve for x by dividing all 3 by 20:
5 <= x <=50
Check to see if they are viable:
4(5) x 5 = 20 x 5 = 100
4(50) x 5 = 200 x 5 = 1,000
Since the lowest number equals 100 and the largest number equals 1,000 all values of x would be viable. The answer is YES.
Answer:
.
Step-by-step explanation:
Resolving p = 1.95t² + 12.25t + 125
<span>year=2010 </span>for t=0
<span>year=2021 </span>for t<span>=(2021-2010)=11 </span>
We have that
p =
1.95*(11) ^² + 12.25*(11) + 125
p =495.70
thousands of dollars
p =495700<span> dollars </span>
<span>is the best estimate for the price of the house in year 2021</span>
Answer to the observation is “ i noticed they’re all congruent “ and the rest are “ congruent “ for each line .
