WebFeb 6, 2024 · Solutions: Finding number of bits without using Huffman, Total number of characters = sum of frequencies = 100. size of 1 character = 1byte = 8 bits. Total number of bits = 8*100 = 800. Using Huffman Encoding, Total number of bits needed can be calculated as: 5*4 + 9*4 + 12*3 + 13*3 + 16*3 + 45* 1 = 224. WebJun 23, 2015 · If y varies directly as x and y = 49 when x = 7, what is the value of y when x = 3? See answers Advertisement Advertisement naǫ naǫ Direct variation: y=49 when x=7. y=? when x=3. y=21 when x=3. Advertisement Advertisement pooderss pooderss Y=21 because 3/21=7 and 7*3=21 so Y=21 no problem
In ABC,a=14, b=17, and c=22. Find m∠A - Brainly.com
WebThe following section of Number Series Practice Questions will let you ascertain and check your level of understanding of the concepts of this chapter. In the Number Series … WebJul 30, 2024 · ∴ m∠A = 39.5° Advertisement eudora Answer: ∠A = 39.52° Step-by-step explanation: In Δ ABC, a = 14, b = 17 and c = 22 then we have to find the measure of ∠A. Since a² = b² + c² - 2.b.c.cosA [ From cosine law] (14)² = (17)²+ (22)² - 2 (17) (22)cosA 196 = 289 + 484 - (748)cosA 196 = 773 - (748)cosA 748 (cosA) = 773 - 196 = 577 cosA = A = … cottered pub
Solved Find the angles of ABC given that a=14, b=29, and …
WebSep 3, 2016 · B. 2.5 cm^2 C. 7.9 cm^2 D. 14.04 cm^2 2. Find the area. The figure is not drawn to scale. A. 34 cm^2 B. 21 cm^2 C. 68 cm^2 D. 10.5 cm^2 3. Find the area. The figure is not drawn to scale. ... D 5. A 6. B 7. D 8. B 9. C 10. C 11. A Hope this helps :) Advertisement Advertisement New questions in Mathematics. Weba - b, a + c = b + c, and a - c = b - c. are equivalent equations. Example 1 Write an equation equivalent to. x + 3 = 7. by subtracting 3 from each member. Solution Subtracting 3 from each member yields. x + 3 - 3 = 7 - 3. or. x = 4. Notice that x + 3 = 7 and x = 4 are equivalent equations since the solution is the same for both, namely 4. WebUse the binomial theorem to expand ( a + b) 8. Solution . The expansion will begin : ( a + b) 8 = a8 + 8 a7b The first coefficient is always 1. The second is always the exponent of the expansion, in this case 8. The next coefficient can be constructed as described above. It will be the present coefficient, 8 -- ( a + b) 8 = a8 + 8 a7b + 28 a6b2 breathless riviera cancun pools