Answer:
Hi there!
The answer to this question 110.
By applying Pythagorean' theorem, the value of tanP is equal to 3/4.
<h3>How to determine the value of tan P?</h3>
Since triangle PQR has right-angle Q and sinR = 4/5, we have:
sinR = Opp/hyp = 4/5
tanP = Opp/Adj = QR/4
Next, we would determine the length of QR by applying Pythagorean' theorem:
PR² = QR² + PQ²
5² = QR² + 4²
25 = QR² + 16
QR² = 25 - 18
QR = √9
QR = 3 units.
For the value of tanP, we have:
tanP = 3/4.
Read more on Pythagorean theorem here: brainly.com/question/23200848
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Asked:
- The bigger pizza between the two given pizza.
- The area of the two pizza.
Given:
- First Pizza - radius of 12 inches
- Second Pizza - diameter of 20 inches
<h3>PLAN</h3>
<u>Operation(s):</u>
<u>Number Sentence/Formula:</u>
- A¹ = (3.14) (12 in)²
- A² = 1/4 (3.14)(20 in)²
<h3>SOLVE</h3>
Solution:
- A¹ = πr²
- A¹ = (3.14) (12 in)²
- A¹ = (3.14) (144 in²)
- A¹ = 452.16 in²
- A² = ¼ πd²
- A² ¼ (3.14)(20 in)²
- A² = 3.14/4 (400 in²)
- A² = 3.14 x 100 in²
- A² = 314 in²
<h3>LOOK BACK</h3>
Answer
- The first pizza is larger than the second pizza.
- The areas of the two pizza are 452.16 square
- inches and 314 square inches, respectively.
![:)](https://tex.z-dn.net/?f=%20%3A%29)
Answer:
Five by five so 8
Explanation:
Five plus 3 is 8 so basic and easy
The materials given are 7 envelopes, 16 stamps, 30 address labels, 20 rsvp cards, and 10 invitations, then the limiting reactant is 7 envelopes.
- Limiting reactant simply means the reactant that gets finished first when there is a chemical reaction and therefore brings a limit to the number of products that can be formed.
- It should be noted that when a limiting reactant occurs, it prevents other operations from continuing.
- Since the person has 7 envelopes, 16 stamps, 30 address labels, 20 rsvp cards, and 10 invitations, then the limiting reactant is 7 envelopes. In such a case, when the envelopes finish, then the mail can't be sent anymore.
In conclusion, the correct option is 7 envelopes.
Read related link on:
brainly.com/question/12056938