Answer:
The value of EG is 18.
Step-by-step explanation:
The provided information are:
Step 1:
Compute the value of EF as follows:
So, EF = 9.
Step 2:
Compute the value of GH as follows:
So, GH = 3.
Step 3:
Compute the value of FG as follows:
Step 4:
Use the results from step 1 and 3 to compute the value of EG as follows:
Thus, the value of EG in the line segment EH is 18.
x = 18, which is not equal to 20. To make it x = 20, you would need to adjust the lengths of the segments or choose different values for the lengths.
Certainly, here's a segment addition problem using three points that asks the student to solve for x, and the solution is x = 20:
Given three points A, B, and C where point B is between points A and C, and segment AB is 10 units long, and segment BC is 8 units long. The problem statement would be:
Find the value of x if AB + BC = AC.
Solution:
AB + BC = AC
10 + 8 = AC
18 = AC
So, x = 18, which is not equal to 20. To make it x = 20, you would need to adjust the lengths of the segments or choose different values for the lengths.
Learn more about line segments here:
#SPJ3
he jogs & miles and every Sunday, 5 miles
How many miles in all wil Seth run in
three weeks?
Show your work
Answer:
Step-by-step explanation:
Assuming he jogs 6 miles a day (Monday to Saturday?)
6 miles * 6 days = 36 miles
Sunday = 5 miles
In one week he runs a total of 41 miles
miles
In 3 weeks he runs a total of 123 miles
miles
help im so confused
Answer:
(x-5) (x-7)
Step-by-step explanation:
x²−12x+35
note that the constant term is 35 and the x-coefficient is -12
step 1: List factors of 35 : ±1, ±5, ±7,±35
step 2: observe the factors listed and ask ourselves the following questions:
1) What 2 factors in the list , when multiplied gives the constant 35
2) What same 2 factors when added gives the x-coefficient -12
by deduction or trial and error, we can see that -5 and -7, when multiplied gives 35 and when added gives -12. Hence these become the factors.
Hence the factors are
(x-5) (x-7)