Direction: Answer the following problems using the Pythagorean Theorem and trigonometric functions. PSYW Sample Problem: Find the resultant force and direction of these two forces acted on the box, F1 is 6 Newtons East and F2 is 5 Newtons North. Solutions: c² = a² + b² c2 = (6N)² + (5N) ² c2 = 36N² + 25N² opposite side 5N adjacent side 6 N %3D tan e = 0.83 %3D %3D e = tan1 = 39.69° or 40° c2 = 61N? c = 7.81 N Resultant force (Fr) = 7.81 N, 40°N of E 1. A swimmer in Quezon Island swims 10 m East and then turns North and swims 15 m. Calculate the total displacement of the swimmer. 2. Tata Juan, a fisherman from Lucap catches fishes at Cathedral Island, using his motorized boat he travels 60 m East, then turns 45 m North and finally travels 30 m West. What is the total displacement of Tata Juan? 3. A boatman at Lucap Bay leaves the wharf and travels 10 m East then continue moving 10 m North. Determine the boatman's resultant displacement.
Direction: Answer the following problems using the Pythagorean Theorem and trigonometric functions. PSYW Sample Problem: Find the resultant force and direction of these two forces acted on the box, F1 is 6 Newtons East and F2 is 5 Newtons North. Solutions: c² = a² + b² c2 = (6N)² + (5N) ² c2 = 36N² + 25N² opposite side 5N adjacent side 6 N %3D tan e = 0.83 %3D %3D e = tan1 = 39.69° or 40° c2 = 61N? c = 7.81 N Resultant force (Fr) = 7.81 N, 40°N of E 1. A swimmer in Quezon Island swims 10 m East and then turns North and swims 15 m. Calculate the total displacement of the swimmer. 2. Tata Juan, a fisherman from Lucap catches fishes at Cathedral Island, using his motorized boat he travels 60 m East, then turns 45 m North and finally travels 30 m West. What is the total displacement of Tata Juan? 3. A boatman at Lucap Bay leaves the wharf and travels 10 m East then continue moving 10 m North. Determine the boatman's resultant displacement.
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Question
Please answer the 1, 2, and 3 sub-parts with complete solutions encoded.
![Direction: Answer the following problems using the Pythagorean Theorem
and trigonometric functions. PSYW
Sample Problem: Find the resultant force and direction of these two forces
acted on the box, F1 is 6 Newtons East and F2 is 5 Newtons North.
Solutions:
c² = a² + b ²
_ opposite Side 5 N
adjacent side 6 N
= 0.83
tan 0
c2 = (6N)² + (5N) ²
c2 = 36N2 + 25N²
%3D
0 = tan-1 = 39.69° or 40°
%3D
%3D
c2 = 61N²
c = 7.81 N
Resultant force (FR) = 7.81 N, 40°N of E
1. A swimmer in Quezon Island swims 10 m East and then turns North and
swims 15 m. Calculate the total displacement of the swimmer.
2. Tata Juan, a fisherman from Lucap catches fishes at Cathedral Island,
using his motorized boat he travels 60 m East, then turns 45 m North and
finally travels 30 m West. What is the total displacement of Tata Juan?
3. A boatman at Lucap Bay leaves the wharf and travels 10 m East then
continue moving 10 m North. Determine the boatman's resultant
displacement.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7a54982e-0c97-462c-b022-56dccb176771%2Fc4bcf9ca-7932-41d4-a2af-f2a16efd8e7a%2Fyk7h9w_processed.png&w=3840&q=75)
Transcribed Image Text:Direction: Answer the following problems using the Pythagorean Theorem
and trigonometric functions. PSYW
Sample Problem: Find the resultant force and direction of these two forces
acted on the box, F1 is 6 Newtons East and F2 is 5 Newtons North.
Solutions:
c² = a² + b ²
_ opposite Side 5 N
adjacent side 6 N
= 0.83
tan 0
c2 = (6N)² + (5N) ²
c2 = 36N2 + 25N²
%3D
0 = tan-1 = 39.69° or 40°
%3D
%3D
c2 = 61N²
c = 7.81 N
Resultant force (FR) = 7.81 N, 40°N of E
1. A swimmer in Quezon Island swims 10 m East and then turns North and
swims 15 m. Calculate the total displacement of the swimmer.
2. Tata Juan, a fisherman from Lucap catches fishes at Cathedral Island,
using his motorized boat he travels 60 m East, then turns 45 m North and
finally travels 30 m West. What is the total displacement of Tata Juan?
3. A boatman at Lucap Bay leaves the wharf and travels 10 m East then
continue moving 10 m North. Determine the boatman's resultant
displacement.
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