The true statements about the system are:
Both lines have the same y-intercept.
The solution is the intersection of the two lines
To determine the properties of the system, we can manipulate the equations to a standard form, which is y = mx + b, where m represents the slope and b represents the y-intercept.
2y = x + 10
Divide both sides by 2:
y = (1/2)x + 5
3y = 3x + 15
Divide both sides by 3:
y = x + 5
Both lines have the same y-intercept. The y-intercepts of both equations are 5, so they share the same y-intercept.
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The system has one solution, both lines have the same slope and y-intercept, and the solution is the intersection of the two lines.
To determine which statements about the system of linear equations are true, we can analyze the equations. Let's start by putting both equations in slope-intercept form, y = mx + b.
From the equations, we can see that both lines have the same slope, which is 1/2. Therefore, the statements that are true are:
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B 24!/24!
C) 24!/ 12!•12!
D) 24!/12!
No, it is not a valid inference because his classmates do not make up a random sample of the students in the school
Yes, it is a valid inference because he asked all 27 students in his art class
Yes, it is a valid inference because his classmates make up a random sample of the students in the school
Question 2 (Multiple Choice Worth 5 points)
(08.01)Carl takes a random sample of 100 students in his school and finds that 72% of the sample prefers pizza over burgers. There are 1,500 students in the school. Based on the sample proportion, how many students in the school would be expected to prefer pizza over burgers?
72
100
1,080
1,500
No, it is not a valid inference because he asked all 27 students in his art class instead of taking a sample from the school.
(1/2, 1)
(0, 1)
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Answer:
(1/2,1) is on the graph of
B is correct.
Step-by-step explanation:
Given:
We are given a log function whose base 1/2.
Log property:
If base and mantissa is same then their value is 1
We need to choose correct point from the options.
Option 1: (1,1/2)
False
Option 2: (1/2,1)
True
Option 3:
Log is not defined for x=0.
Hence, (1/2,1) is on the graph of
(1/2,1) is the points is on the graph of y = log1/2x?
For (1, 1/2):
So, By Substituting x = 1 and y = 1/2 into the equation, we get:
1/2 = log₁/₂(1)
Since log of 1 to any base is always 0, the equation becomes:
1/2 is not equal to 1
In terms of Option 3: Log is not defined for x=0.
Therefore , (1/2,1) is on the graph of y = log1/2x?
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Answer:
108 seconds and 0.03 hours
Answer:
√2 and √3
Good Luck!!!
A pair of irrational numbers whose sum is irrational does not practically exist. The sum of two irrational numbers can be either rational or irrational, and this solely depends on the numbers being added together.
The irrational numbers can be defined as any real number that is not a rational number. However, the sum of two irrational numbers is not always irrational. It could be rational or irrational depending on the numbers you're adding. However, you've asked for a case where the sum is also irrational. Let's consider two irrational numbers √2 and -√2. √2 is irrational. Likewise, -√2 is also irrational. However, when added (√2 - √2), they result in 0 which is not irrational. Therefore, it's near impossible to find two irrational numbers whose sum is also irrational.
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The average rate of change of f(t) from t = 3 seconds to t = 5 seconds is _____feet per second.