Answer:
y = 5x - 4
Step-by-step explanation:
The equation y = 5x + 9 currently does not pass through the point (3, 11). It asks us to create the equation of a line parallel to y = 5x + 9. So all we have to change is the 9, where the line passes through the y-coordinate. The slope, 5x, has to stay the same, otherwise, the new line will not be parallel to y = 5x + 9.
The line has to pass through to point (3, 11). The 3, stands for the x value, and 11 the y value. If we start at the y value of -4, that means the very next point would be (1, 1), and the next one, (2, 6), and the final one, (3, 11). This is because we know the slope of the line is 5x, that means for every 1 gained x value, the y value gains 5 values.
So, the equation of the new line would be this:
y = 5x - 4
I Hope That This Helps! :)
Answer:
Add 42 to itself from h to get the corresponding answer at d
42+42=84
84+42=126
126+42=168
168+42=210
Answer:
Option (A)
Step-by-step explanation:
By the characteristics of a quadrilateral given in the question,
1). All four sides are congruent.
It may be Square, Rhombus
2). Both the pairs of opposite sides are parallel.
It may be Parallelogram, Rhombus.
3). Diagonals are perpendicular.
It may be Rhombus, Rectangle, Square.
Since all three characteristics define the properties of a Rhombus,
The given quadrilateral matches with a rhombus.
Therefore, Option (A) will be the answer.
Let's concentrate on the math, please, and not on "no scamming me."
Any number other than zero, if divided by a number between 0 and 1, results in a larger number.
Thus, 3.56 divided by 0.72 results in a number larger than 3.56. Thus, at first glance, 4.94 seems quite reasonable as the answer here.
Could you use long division to find the actual quotient?
You could multiply both 3.56 and 0.72 by 100 to get rid of the decimal points. Then you'd be dividing 72 into 356.
Can you do that on paper?
Can you do that using a calculator?
Is the result equal to 4.94?
You have not shared what result Ranjan got, so it's hard to judge which student got the correct result. Perhaps both did!
