Answer:
X=35°
Y=70°
Z=110°
I think this ans may help you
Answer:
first write the formula
Step-by-step explanation:
Hypotenuse^2 = Perpendicular ^2 + Base^2
only applicable for a right triangle (one of the sides is of measure 90 degree
Give an example
let is assume in Triangle ABC, angle B = 90 degrees
AB = 3cm
BC = 4 cm
to find AC or hypotenuse
Solution
by using pythagoras formula we get
(AB)^2 + (BC)^2 = (AC)^2
(3)^2 + (4)^2 = (AC) ^2
9 + 16 = (AC)^2
25 = (AC)^2
Root of 25 = AC
5cm =AC
Write about how pythagoras theorem was formed
mathematician who derived it
in which year
Application of Pythagorean theorem
Pythagorean Triplets etc.
I think this willbe enough for an essay
GOOD LUCK FOR THE FUTURE! :)
The correct answer is c :)
the point is described by two variables: x and y. it is written like that: (x, y). so the first variable in brackets is the x variable. the other is y. so pick every point a-d, put these values into the equation, solve it and check if the values before and after = are the same. if so - you are correct!
look:
c) (1, 5) so x=1, y=5
equation: y=5^x
putting values: 5=5^1 and this is true!
Answer:
The hypotenuse is 10201
Step-by-step explanation:
20^2+99^2=101^2
400+9801=10201
10201=10201
That's not a linear system, but you have an awesome school system for giving you this problem.
Multiply by 6xy to clear the fractions.
That's a second degree equation, also known as a conic. That one happens to be a hyperbola.
Let's clear the fractions from the second equation, multiplying out common denominator xy:
We are being asked to find the meet of two hyperbolas, so we expect two answers, a quadratic equation.
Substituting,
We have to rule out x=0 because it's in the denominator.
Answer: (44/19, 33/20)
