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Assgn 3 Maths HPW

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Assignment 3
Harprit Prashant Wadekar
(1)
The diameter of piston and cylinder = 40 mm(D)
Pressure threshold ≤ 3500
Force (F) = Pressure (P) × Area (A)
=
To find Area (A) =
= 1256.64 mm2
F = P × A = 3500 × 1256.64 = 4398240 N
The maximum force that can withstand under 3500kPa is 4398240 N
(2)
2 ln(𝑒
)−𝑒
(
)
=2(3π‘₯ + 1) ln(𝑒) − 𝑒
=(6π‘₯ + 2)(1) − 𝑒
(
(
)
(Power rule)
)
= 6π‘₯ + 2 − (2π‘₯ − 3)
(𝑒
( )
= π‘š)
= 6π‘₯ + 2 − 2π‘₯ + 3
= πŸ’π’™ + πŸ“
Solve for y in terms of x
2 ln π‘₯ + ln 𝑦 = 1 + ln 5
ln 𝑦 = 1 + ln 5 − 2 ln π‘₯
𝑒
= 𝑒(
)
𝑦 = 𝑒(
)
𝑦 = 𝑒 × π‘’(
)
× π‘’(
𝑦 = 𝑒 × π‘’(
)
× π‘’(
)
)
𝑦 = 𝑒×5×π‘₯
π’š=
πŸ“π’†
π’™πŸ
(3)
Given value of resistance(R)=12Ω
The power dissipa on (p) which varies from 2.50w to 8w
Power dissipa on (p) = 𝑅𝑖
𝑖=
𝑝
𝑅
For p=2.50w and R=12Ω
𝑖=
𝑖=
2.50
12
𝑖 = 0.457 𝐴
For p=8w and R=12Ω
𝑖=
𝑖=
8
12
𝑖 = 0.82 𝐴
The current varies between 0.457 A and 0.82 A
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