Step-by-step explanation:
For the given figure PQRS:
Given:
To prove
In Δ PSQ and ΔRQS
[Given]
[Definition of perpendicular lines]
is a right triangle [Definition of right triangles]
[Given]
[Definition of perpendicular lines]
is a right triangle [Definition of right triangles]
[Given hypotenuse of both triangles congruent]
[ By reflexive property of congruence side QS
congruent to itself ]
[H.L. congruence postulate]
Thus triangles are are congruent by Hypotenuse Leg postulate.
Answer:
sequence of five intervals
(1) 3³ < <
(2) < <
(3) < <
(4) < <
(5) < <
Step-by-step explanation:
as per question given data
√10 ≈ 3.162 277 7
to find out
sequence of five intervals
solution
as we have given that √10 value that is here
√10 ≈ 3.162 277 7 ........................1
so
when we find ................2
put here √10 value in equation number 2
we get that is 32.27
so
sequence of five intervals
(1) 3³ < <
(2) < <
(3) < <
(4) < <
(5) < <
Answer:
5- 1:1.5
6- 24
Step-by-step explanation:
Answer:
8 and 3
Step-by-step explanation:
8+3=11
8-3= 5
Answer:
(3x - 2)*(3x + 2)
Step-by-step explanation:
I don't know how much more i can explain, except that you could use the quadratic formula to get your zeroes and then put it in your answer. But this one is obvious. Whenever there isn't an x term and you're subtracting the constant term, it's usually (ax - b)(ax + b)