Answer:
Given the statement: Kite QRST has a short diagonal of QS and a long diagonal of RT. The diagonals intersect at point P.
Properties of Kite:
- The diagonals are perpendicular
- Two disjoint pairs of consecutive sides are congruent by definition of kite
- One diagonal is the perpendicular bisector to the other diagonal.
It is given that: Side QR = 5m and diagonal QS = 6m.
Then, by properties of kite:
Substitute the value of QS we get QP;
= 3 m
Now, in right angle
Using Pythagoras theorem:
Substitute the given values we get;
or
Subtract 9 from both sides we get;
Simplify:
Therefore, the length of segment RP is, 4m
I think the answer varies, depending on how the question is worded.
Here's how I got it:
In PEMDAS, you must do the work in parenthesis first. 60 plus 7 is 67, and 4 times 67 is 268, so there are a variety of answers.
You could do 200 + (60+8), and the answer would be 268.
You could do 100 + (110+58), and the answer would be 268.
You could even do 1 + (200+{60 + [4+4] } ), and the answer would be 268.
It depends on what the answer choices are, really. If it isn't an answer choice question, you got three answers right off the bat.
Step-by-step explanation:
16^3-8^2=4096-512=3584
Answer:
Therefore
Step-by-step explanation:
Given:
triangle WXY is an isosceles triangle,
WX ≅ XY
WX = 6x-77
XY = 3x+4 and
WY = 5x-31
To Find
x = ?
measurements of each side = ?
Solution:
Δ WXY is an Isosceles Triangle ..Given
WX ≅ XY ...........Given
Substituting the values we get
Now Substituting 'x' in WX, XY, and WY we get
Therefore
Answer:
17% probability that a randomly selected student smokes.
Step-by-step explanation:
A probability is the number of desired outcomes divided by the number of total outcomes.
What is your estimate of the probability that a randomly selected student smokes?
This estiamte is the number of smoking students divided by the total number of students.
We have that:
There are 500 students.
85 smoke
So there is an 85/500 = 0.17 = 17% probability that a randomly selected student smokes.