The y-intercept of B is greater than the y-intercept of A and the rate of change of function A is less than the rate of change of B
<h3>Linear functions </h3>
The standard linear equation is expressed as y = mx + b
For the given table;
The y-intercept occur at x = 0
y = 3x + 4
y = 3(0) + 4
y = 4
For the table;
Using the coordinate points (1, 2) and (3,10)
rate of change "m" = 10-2/3-1
m = 8/2
m = 4
Recall that y = mx + b
2 = 4(1) + b
b = -2
Hence the y-intercept of B is greater than the y-intercept of A and the rate of change of function A is less than the rate of change of B.
Learn more on intercept here: brainly.com/question/25722412
Answer:
2.1
Step-by-step explanation:
Complementary angles are angles whose measure add up to 90°.
So, if one angle is 4y, the complementary angle is 90°- 4y. Choice A.
Complementary angles does not necessarily need to share a line or vertex. As long as both angles have a sum of 90°, then, they are complementary angles.
Angles who has a sum of 180° are called supplementary angles.
all you have to do is multiply the pairs of number
Answer:
cosec <W = 68/60
Step-by-step explanation:
Using SOH CAH TOA identity
sin theta = opposite/hypotenuse
sin<W = XV/WV
Get WV using pythagoras theorem
WV² = 32²+60²
WV² = 1024 + 3600
WV² = 4624
WV = 68
sin<W =60/68
Since cosec <W = 1/sin<W
cosec <W = 68/60
