Note that this is a vertical angle, and so the angles will be congruent. Set the measurements equal to each other, isolate the x, and solve for x:
3x + 20 = 5x - 16
First, subtract 5x from both sides, and 20 from both sides
3x (-5x) + 20 (-20) = 5x (-5x) - 16 (-20)
3x - 5x = -16 - 20
Simplify. Combine like terms
-2x = -36
Isolate the x. Divide -2 from both sides
(-2x)/-2 = (-36)/-2
x = (-36)/-2
x = 18
18 is your answer for x
hope this helps
<span>g = 9.8 m/s2 and PE = m × g × h.
hope this helps you(:</span>
- Inches of yarn needed = 4 ( Inches on one side )
In short: y = 4(L)
0)
What is the greatest side length Sarah could make with 48 inches of yarn?
<u><em>divide both sides by 4 </em></u>
→ the greatest side length she could make is 12 inch.
1)
Inches on one side || 2 || 3 || 4 || 5 || 6
Inches of yarn needed || 8 || 12 || 16 || 20 || 24
2)
pattern:
- inches need = one side + one side + one side + one side
- inches need = 4 ( one side )
Answer:
x=400 and y=800
Step-by-step explanation:
let x be the Quartez and y is Pacer
x+y≤1200 ( maximum production capacity of 1200 cars per week)
0≤x≤600
0≤y≤800
profit : 500x+800y
at a point : x=0 y=800
profit=500x+800y ⇒ 500(0)+800(800)=640000
profit= 500(600)+0=300000 wen x=600(max), y=0
Profit=500(600)+800(600)= 780000
profit =500(400)+800(800)=840000 this is the max profit when
x=400 and y=800
2/5 hour = 2 miles
1/5 hour = 2 ÷ 2 = 1 mile
5/5 hour = 1 x 5 = 5 miles
5/5 hour = 1 hour
Answer: The unit rate is 5 miles/hour