BC = kBX
<span>CD = kXY </span>
<span>BC/BX = k = 10/6 </span>
<span>CD/XY = k = 10/6 = CD/4 </span>
<span>10/6 = CD/4 </span>
<span>CD = 40/6 = 6 2/3</span>
First you want to set this into a fraction, so it would be 18/1 because every number has an imaginery one underneath it. then when you divide a fraction you multiply by the reciprical(the opposite) so it would be 18/1 times 3/1 then you can simply cross mutiply and divide, which you can't so then you simply take 18 times 3 which is 108/1 then you divide 108 divided by 1 which is 108, your answer is 108
Answer:
that would mean you would end at 10:01
Step-by-step explanation:
:)
The following solutions to the given system of inequalities shown above would be option c : (-3, -5) option d : (0, 4) option e. (4, 4) and option f. <span>(2, -1)
So how did I know the answer. To check this, you just have to substitute the values.
For example let us take option c (-3, -5)
y </span><span>< 3x + 5
-5 </span><span>< 3(-3) + 5
-5 </span><span>< -9 + 5
-5 </span><span>< -4 <<You see that -4 is greater than -5 which makes this inequality correct. This is the same process as with the other correct options.
Hope that this answer helps.</span>
Answer:
f(-1) = 3
Step-by-step explanation:
See the graph shown in the attached file with the given question.
The graph passes through (0.5,0) point on the X-axis and (0,1) point on the Y-axis.
So, the length of the X-intercept is 0.5 and that of Y-intercept is 1.
Hence, the equation of the straight line graph is
{Using the intercept form}
⇒ 2x + y = 1 ....... (1)
Now, y = f(x) = 1 - 2x
Hence, f(-1) = 1 - 2 ( - 1 ) = 3 (Answer)