What is the question, or give us more information. Thank u!
Step-by-step explanation:
Part A: ΔGCB ~ ΔEPB
Part B: ∠GBC and ∠EBP are vertical angles, and therefore congruent.
∠GCB and ∠EPB are alternate interior angles, and therefore congruent.
So ΔGCB and ΔEPB are similar by AA similarity.
Part C:
BE / BP = BG / BC
BE / 225 = 425 / 325
BE ≈ 294
PE / BP = CG / BC
PE / 225 = 375 / 325
PE ≈ 260
Answer:
17,576,000
Step-by-step explanation:
there are 26 english letters (A-Z) and 10 digits(0-9).
there are 3 spaces for letters. therefore Any of the 26 letters can be combined with any 26 other letters and any of those can be combined with any of another 26 letters.
26*26*26= 17576
similarly 10 digits can combined in 1000 ways
10*10*10=1000
17576 letter combination can combine with 1000 digits combination.
so 17,576 x 1000 = 17,576,000 different plates could issue.
Answer:
The length of the bottom side of the banner is 17 in.
Step-by-step explanation:
Given,
Area of the Banner =
Height of the Banner = 24 in
Top side of the Banner = 14 in
We have to find the length of the bottom side of the banner.
Solution,
Let the length of the bottom side of the banner be 'x'.
Since the banner is in the shape of trapezoid.
So according to the formula of area of trapezoid, which is;
Area of trapezoid =
Here top and bottom sides are parallel and distance between them is equal to the height of the banner.
Now substituting the values, we get;
Hence The length of the bottom side of the banner is 17 in.
Answer:
Approximatley 5.8 units.
Step-by-step explanation:
We are given two angles, ∠S and ∠T, and the side opposite to ∠T. We need to find the unknown side opposite to ∠S. Therefore, we can use the Law of Sines. The Law of Sines states that:
Replacing them with the respective variables, we have:
Plug in what we know. 20° for ∠S, 17° for ∠T, and 5 for <em>t</em>. Ignore the third term:
Solve for <em>s</em>, the unknown side. Cross multiply: