Answer:
C
Step-by-step explanation:
Answer:
f(5) = 17
Step-by-step explanation:
to solve this, you need to plug in 5 to the equation, which is going to be 3(5) + 2. and then you solve for it, which you will get 17.
(1 point)
more than one
at least one
exactly one
The answer is exactly one
Answer:
559.2 yards.
Step-by-step explanation:
Let the height of the mountain be x yards and the distance from the second location to the base of the mountain be y yards.
Then we have the equations:
tan 27 = x/y
tan 23 = x / (220 + y)
From the first equation y = x/ tan27 so substituting in the second one we have:
tan 23 = x / (220 + x / tan 27)
Cross multiply:
x = 220 tan23 + x tan 23 / tan 27
x = 93.384 + 0.833 x
x - 0.833x = 93.384
x = 93.384 / 0.167
x = 559.2 yards to 1 dec place (answer).
1.D 2. A 3.C 4.D
1 Is the monomial as it only contains one expression.
2. Is the difference of squares because something squared minus something squared.
3. Is standard because it is of the form
4. We know D is the not the monomial simply because its power is negative which means it does not fit the definition of a polynomial.
A) 4
B) 9
C) 11
D) 20
Answer: 11
Step by step explanation:
Step 1 : solve the first equation to find the value of x
5x + 6 = 10
5x = 10 – 6
5x = 4
X = 4/5
Step 2 : Substitute the value of x in the second equation
10x + 3 = ?
10 ( 4/5) + 3
= 40 / 5 + 3
= 40 + 15 /5
= 55 / 5
= 11
The system of linear equations 3x + 7y = 22 and 12x + 28y = 88 actually represents the same line, indicating that there are infinite solutions. Any pair of (x, y) that satisfies one equation will satisfy the other.
To solve the system of linear equations 3x + 7y = 22 and 12x + 28y = 88, let's use substitution or elimination method. Here, the elimination method works best since the equations are multiples of each other. Divide the second equation by 4, you get 3x + 7y = 22, which is exactly the same equation as the first equation.
This means both equations represent the same line, so there are infinite solutions. Any x, y that satisfy one equation will satisfy the other. Therefore, the system is dependent.
Example of such solutions (x, y) can be obtained by isolating y in the first equation:
7y = 22 - 3x
y = (22 - 3x) / 7 or y = 9 + 3x
#SPJ12
The given system of equations has infinitely many solutions.
To solve for x and y in the given system of equations:
3x + 7y = 22
12x + 28y = 88
Multiply the first equation by 4 to eliminate the y variable:
12x + 28y = 88
12x + 28y = 88
Subtract the second equation from the first equation:
12x + 28y - 12x - 28y = 88 - 88
0 = 0
Since both variables have been eliminated, the equations are dependent and have infinitely many solutions. The solution is any pair of (x, y) values that satisfies the original equations.
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