Step-by-step explanation:
m<5 = 60 (<5 & 60deg < are vertical)
m<6 = 120 (<s 5 and 6 are a linear pair)
m<9 = 120 (<s 6 and 9 are vertical)
m<4 = 80 (<s 4 and 80 deg < are vertical)
m<7 = 100 (<7 and 80 deg < are linear pair)
m<10 = 100 (<s 7 and 10 are vertical <s)
m<8 = 60 (<s 5 and 8 are corresp <s)
m<3 = 80 (80 deg <3 are corresp <s)
m<2 = 40 (80 + 60 + m<2 = 180)
m<1 = 60 (<s 1 & 5 are alt int <s)
Answer:
collateral
Step-by-step explanation:
The house is collateral for the mortgage loan. Fail to pay the loan, and the collateral is repossessed. In the case of a mortgage this process is called foreclosure.
Answer:
b
Step-by-step explanation:
r=d/2=11.4/2=5.7
slant surface area=2πr*h=11.4×3.14×4.4=157.5024 cm^2
area of base and top=2(πr²)=2×3.14×(5.7)²=204.0372 cm²
total surface area=157.5024+204.0372=361.5396=361.5 sq. cm
Given: x/n
What values of n gives us great values?
Let's experiment! Suppose x = 1,
1/n
If we plug in 1, 2, 5, 10, 1000
1/1=1
1/2=.5
1/5=.2
1/10=.1
1/1000=.0001
Now let's plug in 1, .1, .01, .001
1/1=1
1/.1=10
1/.01=100
1/.001=1000
ANSWER:
It seems like when n<1 (a decimal) we get values bigger than the input for x/n!
I wonder what happens if we get real close to 0
Let n = .00000000001
1/.00000000001 = 100000000000
Now if we plug in 0
1/0 = undefined.
I have a question for you, why can't we divide by 0? do you see why?