The x and y intercepts of a line are when 
and 
respectively.
- c and d are the x and y intercepts because they represent C/A and B/A in the standard linear equation
- The x and the y intercepts are related to c and d because they represent the values of the equation when y and x equals 0 respectively.
The given equation is:
<u>(1) Why c and d are the intercepts</u>
We have:
Multiply through by cd
A linear equation is represented as:
Where:
x intercept
y intercept
So, by comparing to
The x-intercept
The y-intercept
<u>(b) How the intercepts are related to c and d?</u>
In (a) above, we have:
The x-intercept
The y-intercept
When 
We have:
Divide by c
---- the y-intercept
When 
We have:
Divide by d
---- the x-intercept
Read more about intercepts at:
brainly.com/question/13593488
Answer:
the fourth answer is correct
3(8+3)
You distribute the 3 to the 8 to get 24 and the 3 to the other 3 to get 9, which then equals 24+9, which was the original problem
Answer:
AB = 21
Step-by-step explanation:
So we have two triangles (AEB and ADC), and they're similar by AA
Now, you can find the ratio of similitude by checking AE/AD which is 14/26 = 7/13
AB/AC = 7/13
Take AB as x aight
x/x+18 = 7/13
x=21
Answer:
3
Step-by-step explanation:
he has 7/8 paper divided by 1/5 paper it takes to make the paper plane, it equals 3.5. Three whole ones
Answer:
Answer:
835.29 Hz
Explanation:
When moving towards the source of sound, frequency will be given by
f*=f(vd+v)/v
Where f is the freqiency of the source, vd is the driving speed, v is the speed of sound in air, f* is the inkown frequency when moving forward.
Substituting 800 Hz for f, 340 m/s for v and 15 m/s for vd then
f*=800(15+340)/340=835.29411764704 Hz
Rounded off, the frequency is approximately 835.29 Hz
ı hope ıts true
Step-by-step explanation:
