Answer:
1. p>10
open circle on 10 arrow pointing right
2. c<-2
open circle on 2 arrow pointing left
3. m<-50
open circle on -50 arrow pointing left
4. z<-7
open circle on -7 arrow pointing left
Answer:
= 18.857 cm²
Step-by-step explanation:
The area of a segment is given by;
θ/360 × 2πr². where θ is the angle subtended by the arc to the center of the circle and r is the radius of the circle.
θ = 60, and r = 6
Therefore;
Area = 60/360 × 22/7 × 6²
= 18.857 cm²
Answer:
c·c·c·c is the same as saying 4c
Answer:
first tile: x=5, second tile x=19, third tile x=29, last tile x=6
Step-by-step explanation:
Ohhh is that edmentum i do that too! ;)
(x-1)^3=64
x-1=4
x=5
(x-3)^5=2^20
x-3=2^4
x-3=16
x=19
(x-4)^3=5^6
x-4=25
x=29
the last one has to be x=6
Answer:
( d / c ) < ( a / d )
( b / d ) < ( a / d )
( d / a ) < ( a / d )
Step-by-step explanation:
For this problem, we need to consider the given information that a > b > c > d > 0. Note that a is the greatest number and that d is the least number.
Given this fact, we can create a fraction that will result in a maximum value by simply doing the following:
a / d
The reason the fraction ( a / d ) results in a maximum, is because of the given information where a is the furthest from 0, and d is the closest to 0. Therefore, we can say that no other combination will result in a value greater than ( a / d).
So in the three given statements, we have different combinations of fractions being compared to our maximum value fraction. Our maximum value fraction ( a / d ) will always be greater than any other combination.
Thus, we will choose the sign that makes ( a / d ) greater than the other choice fractions.
Cheers.
