All direct proportional graphs go through the origin (0,0). So this is where one point could go. The second point is found by going up 5 units and then to the right 3 units to get to (3,5)
<h3>Draw a straight line through (0,0) and (3,5) to graph</h3>
The equation of this line is y = (5/3)x
Answer:
B
Step-by-step explanation:
You just need to find the volumes of both container and soap and divide them. So;
Volume of Soap = 15cm * 8cm * 6cm = 720 cm^3
Volume of Container = 165cm * 40cm * 96cm = 633600 cm^3
Dividing them gives = 633600 cm^3 / 720 cm^3 = 880
Answer is B.
All you have to do is substitute one linear equation into the other one.
So, essentially you will have 2 linear equations side by side each other.
8/5x - 1 = -4/3x - 1
-1 = -4/3x - 8/5x - 1
The solution eventually equals 0.
The length of the minor arc is 3.7 meters.
<h3>What is a minor arc?</h3>
- An arc of a circle with a measurement of less than or equal to radians is referred to as a minor arc.
- A minor arc's length is never greater than 180 degrees.
- Arc length = 2πr(θ / 360°) where r is the radius and θ is the central angle of the arc.
Given:
radius = 3 m
central angle ∠XYZ= 70°
Now, calculate the circumference of the circle:
C = 2 π r
C = 2 × 3.14 × 3
C = 18.84 m
The circumferential length establishes a 360° central angle.
The following formula can be used to determine the minor arc's length:
Assume that the minor arc's length is XZ = x.
Now, using proportion
⇒ 
⇒ 18.84 × 70 = 360x
⇒ x = 1318.8 / 360
⇒ x = 3.66
⇒ x ≅ 3.7 m
To learn more about minor arc visit:
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The complete question is: "Consider circle Y with a radius of 3 m and central angle XYZ measuring 70°. What is the approximate length of minor arc XZ? Round to the nearest tenth of a meter. 1.8 meters 3.7 meters 15.2 meters 18.8 meters"