Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus location and facilities including laboratories, a library, hostels, computer center, and placement cell. It aims to provide students with an outstanding learning environment and skills for global business success.
PDHPE (Personal Development, Health and Physical Education) teaches children to develop healthy lifestyle choices, positive relationships, and informed decision making. It focuses on physical, social, cognitive, and emotional growth, as well as developing an active lifestyle and fundamental movement skills. The overall aim is for children to improve their knowledge of wellbeing and movement performance, build skills for healthy decision making and confidence, and foster values of commitment to health.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus location and facilities including laboratories, a library, hostels, computer center, and placement cell. It aims to provide students with an outstanding learning environment and skills for global business success.
PDHPE (Personal Development, Health and Physical Education) teaches children to develop healthy lifestyle choices, positive relationships, and informed decision making. It focuses on physical, social, cognitive, and emotional growth, as well as developing an active lifestyle and fundamental movement skills. The overall aim is for children to improve their knowledge of wellbeing and movement performance, build skills for healthy decision making and confidence, and foster values of commitment to health.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus located 1.5 km from the state transport depot and 2.5 km from the railway station. It provides students with laboratories, a library, hostels, computer center, placement cell, and cafeteria. The faculty is dedicated to giving students skills for global business success.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus location and facilities including laboratories, a library, hostels, and placement cell. It aims to provide students with an outstanding learning environment and skills for global business success.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus located 1.5 km from the state transport depot and 2.5 km from the railway station. It provides students with laboratories, a library, hostels, computer center, placement cell, and cafeteria. The faculty is dedicated to giving students skills for global business success.
PDHPE (Personal Development, Health and Physical Education) is an important part of the primary school curriculum. It promotes physical activity, encourages understanding of self and others, and teaches students to make informed decisions. Specifically, PDHPE focuses on physical, social, cognitive, and emotional growth; developing positive relationships; and factors influencing personal health choices. The goal is for students to learn healthy decision making, movement skills, and develop an appreciation for healthy living.
Mary Fahrer has a design portfolio that includes a cover design for the FE Warren AFB Base Guide as well as coin and logo designs. Her portfolio showcases graphic design work in areas such as publications, branding, and visual identity.
The document discusses asynchronous programming using async and await in C#. It begins by explaining what asynchronous programming is and why it is useful for improving app responsiveness and simplifying asynchronous code. It then describes how async and await works by generating state machines and using continuation tasks. The document covers some gotchas with async code as well as best practices like naming conventions. It provides references for further reading on asynchronous patterns, tasks, and unit testing asynchronous code.
Dokumen tersebut membahas parameter fisik tanah jenuh yang terdiri dari dua fase yaitu butiran dan air. Dibahas hubungan volume antara lain volume pori, angka pori, porositas, derajat kejenuhan, dan kadar air pada tanah jenuh.
Dokumen tersebut berisi ringkasan penyelesaian soal-soal mekanika tanah dari Buku Braja M. Das Jilid 1. Terdapat 9 soal yang dijelaskan secara rinci mulai dari mendefinisikan parameter-parameter yang diberikan, melakukan perhitungan, hingga menentukan hasil akhir dari setiap soal. Parameter yang dihitung antara lain berat jenis butiran tanah, berat volume basah dan kering, porositas, derajat kejenuhan,
This document summarizes a presentation about an improved lost foam casting method called Eco ChillTM, which provides adjustable directional and rapid cooling. Eco ChillTM can cast complex shapes, reduce porosity and hot tearing, and optimize mechanical properties. It allows casting of alloys not previously castable and improves properties of mainstream alloys. The method is more effective than shape casting and could cast wrought alloys through gravity casting.
This document discusses methods for evaluating the cytotoxicity of nanoparticles. It describes several common cytotoxicity assays including MTT, WST, trypan blue exclusion, and assays using dehydrogenases. The MTT assay measures mitochondrial activity and is widely used. WST assays use water-soluble reagents and do not require crystal solubilization. Dehydrogenase assays offer high sensitivity by measuring multiple cell elements. The document also provides examples of studies that used these assays to evaluate the cytotoxicity of silver nanoparticles, magnetic nanoparticles, and other nanomaterials.
The document provides an overview of quantum computing, including its history, data representation using qubits, quantum gates and operations, and Shor's algorithm for integer factorization. Shor's algorithm uses quantum parallelism and the quantum Fourier transform to find the period of a function, from which the factors of a number can be determined. While quantum computing holds promise for certain applications, classical computers will still be needed and future computers may be a hybrid of classical and quantum components.
Esta dieta hipercalórica e hiperproteica para aumentar masa muscular incluye varias comidas al día con énfasis en huevos, carnes magras, frutos secos, avena y verduras, acompañadas de ejercicio. Se recomienda consumir frutas, evitar azúcares y harinas refinadas, y tomar suplementos de aminoácidos después del entrenamiento. Incluye uno o dos "cheat meals" a la semana para mantener la adherencia a largo plazo.
Dokumen tersebut berisi ringkasan penyelesaian soal-soal mekanika tanah dari Buku Braja M. Das Jilid 1. Terdapat 9 soal yang dijelaskan secara terperinci mulai dari mendefinisikan parameter-parameter yang diberikan, melakukan perhitungan, hingga menentukan hasil akhir dari setiap soal. Parameter yang dihitung antara lain berat jenis tanah basah dan kering, porositas, derajat kejenuhan, angka pori,
Kadar pori (e) dan porositas tanah (n) saling berhubungan. Kadar pori menyatakan perbandingan volume rongga dengan volume padat, sedangkan porositas menyatakan perbandingan volume rongga dengan volume keseluruhan. Hubungan antara kadar pori dan porositas ditunjukkan oleh rumus n = e/(1+e) dan e = n/(1-n).
Dokumen tersebut menjelaskan parameter fisik tanah jenuh yang terdiri dari dua fase yaitu butiran dan air. Dibahas hubungan volume butiran, pori, udara, dan air dalam tanah jenuh beserta definisi angka pori, porositas, derajat kejenuhan, dan kadar air. Diuraikan pula rumus-rumus perhitungan parameter tersebut.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus located 1.5 km from the state transport depot and 2.5 km from the railway station. It provides students with laboratories, a library, hostels, computer center, placement cell, and cafeteria. The faculty is dedicated to giving students skills for global business success.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus location and facilities including laboratories, a library, hostels, and placement cell. It aims to provide students with an outstanding learning environment and skills for global business success.
Government Engineering College (GEC) in Bhavnagar, Gujarat is one of eight new engineering colleges established in 2004. It offers undergraduate programs in electronics and communication, mechanical, production, information technology, civil, and computer engineering. The college has a peaceful campus located 1.5 km from the state transport depot and 2.5 km from the railway station. It provides students with laboratories, a library, hostels, computer center, placement cell, and cafeteria. The faculty is dedicated to giving students skills for global business success.
PDHPE (Personal Development, Health and Physical Education) is an important part of the primary school curriculum. It promotes physical activity, encourages understanding of self and others, and teaches students to make informed decisions. Specifically, PDHPE focuses on physical, social, cognitive, and emotional growth; developing positive relationships; and factors influencing personal health choices. The goal is for students to learn healthy decision making, movement skills, and develop an appreciation for healthy living.
Mary Fahrer has a design portfolio that includes a cover design for the FE Warren AFB Base Guide as well as coin and logo designs. Her portfolio showcases graphic design work in areas such as publications, branding, and visual identity.
The document discusses asynchronous programming using async and await in C#. It begins by explaining what asynchronous programming is and why it is useful for improving app responsiveness and simplifying asynchronous code. It then describes how async and await works by generating state machines and using continuation tasks. The document covers some gotchas with async code as well as best practices like naming conventions. It provides references for further reading on asynchronous patterns, tasks, and unit testing asynchronous code.
Dokumen tersebut membahas parameter fisik tanah jenuh yang terdiri dari dua fase yaitu butiran dan air. Dibahas hubungan volume antara lain volume pori, angka pori, porositas, derajat kejenuhan, dan kadar air pada tanah jenuh.
Dokumen tersebut berisi ringkasan penyelesaian soal-soal mekanika tanah dari Buku Braja M. Das Jilid 1. Terdapat 9 soal yang dijelaskan secara rinci mulai dari mendefinisikan parameter-parameter yang diberikan, melakukan perhitungan, hingga menentukan hasil akhir dari setiap soal. Parameter yang dihitung antara lain berat jenis butiran tanah, berat volume basah dan kering, porositas, derajat kejenuhan,
This document summarizes a presentation about an improved lost foam casting method called Eco ChillTM, which provides adjustable directional and rapid cooling. Eco ChillTM can cast complex shapes, reduce porosity and hot tearing, and optimize mechanical properties. It allows casting of alloys not previously castable and improves properties of mainstream alloys. The method is more effective than shape casting and could cast wrought alloys through gravity casting.
This document discusses methods for evaluating the cytotoxicity of nanoparticles. It describes several common cytotoxicity assays including MTT, WST, trypan blue exclusion, and assays using dehydrogenases. The MTT assay measures mitochondrial activity and is widely used. WST assays use water-soluble reagents and do not require crystal solubilization. Dehydrogenase assays offer high sensitivity by measuring multiple cell elements. The document also provides examples of studies that used these assays to evaluate the cytotoxicity of silver nanoparticles, magnetic nanoparticles, and other nanomaterials.
The document provides an overview of quantum computing, including its history, data representation using qubits, quantum gates and operations, and Shor's algorithm for integer factorization. Shor's algorithm uses quantum parallelism and the quantum Fourier transform to find the period of a function, from which the factors of a number can be determined. While quantum computing holds promise for certain applications, classical computers will still be needed and future computers may be a hybrid of classical and quantum components.
Esta dieta hipercalórica e hiperproteica para aumentar masa muscular incluye varias comidas al día con énfasis en huevos, carnes magras, frutos secos, avena y verduras, acompañadas de ejercicio. Se recomienda consumir frutas, evitar azúcares y harinas refinadas, y tomar suplementos de aminoácidos después del entrenamiento. Incluye uno o dos "cheat meals" a la semana para mantener la adherencia a largo plazo.
Dokumen tersebut berisi ringkasan penyelesaian soal-soal mekanika tanah dari Buku Braja M. Das Jilid 1. Terdapat 9 soal yang dijelaskan secara terperinci mulai dari mendefinisikan parameter-parameter yang diberikan, melakukan perhitungan, hingga menentukan hasil akhir dari setiap soal. Parameter yang dihitung antara lain berat jenis tanah basah dan kering, porositas, derajat kejenuhan, angka pori,
Kadar pori (e) dan porositas tanah (n) saling berhubungan. Kadar pori menyatakan perbandingan volume rongga dengan volume padat, sedangkan porositas menyatakan perbandingan volume rongga dengan volume keseluruhan. Hubungan antara kadar pori dan porositas ditunjukkan oleh rumus n = e/(1+e) dan e = n/(1-n).
Dokumen tersebut menjelaskan parameter fisik tanah jenuh yang terdiri dari dua fase yaitu butiran dan air. Dibahas hubungan volume butiran, pori, udara, dan air dalam tanah jenuh beserta definisi angka pori, porositas, derajat kejenuhan, dan kadar air. Diuraikan pula rumus-rumus perhitungan parameter tersebut.
1. TUGAS MEKANIKA TANAH HAL 59-60
1. Diketahui : V = 0,1 ft³
W= 12,2 lb
w = 12% = 0,12
Gs = 2,48
Ditanya : a. γ d. n
b. γd e. Sr
c. e f. Vw
Jawab :
a. γ =
w
v
=
12,2
0,1
= 122 lb/ft³
b. γd =
𝛾
(1+𝑤)
=
122
1+0,12
= 108,9 lb/ft³
c. γd =
𝐺𝑠 . 𝛾𝑤
1 +𝑒
e =
𝐺𝑠 . 𝛾𝑤
𝛾𝑑
- 1
=
2,58 . 62,4
108,9
– 1
= 0,47
d. n =
𝑒
1 +𝑒
=
0,47
1+0,47
= 0,31
e. SR=
𝑤 . 𝐺𝑠
𝑒
x 100%
=
0,12 . 2,58
0,47
x 100%
= 65,872 %
2. f. Vw= w . Gs
= 0,12 . 2,58 = 0,31 ft3
2. Diketahui : γd= 1600 kg/m³
n = 0,387
Ditanya : a. Gs
b. e
Jawab :
a. Gs =
γd
γw (1−𝑛)
=
1600
1000(1−0,387)
= 2,61
b. e =
𝑛
1−𝑛
=
0,387
1−0,387
= 0,631
3. Diketahui : γsat= 19,2 kN/m³ γw = 9,81 kN/m3
Gs = 2,58
w = 9,8 % = 0,098
Ditanya : a. γd c. n
b. e d. SR
Jawab :
a. γd =
𝛾
1+𝑤
=
19,2
1+ 0,098
= 17,48 kN/m³
b. γd =
𝐺𝑠 . 𝛾𝑤
1+𝑒
e =
𝐺𝑠 . 𝛾𝑤− 𝛾𝑑
𝛾𝑑
=
2,58 .9,81 −17,48
17,48
= 0,44
c. n =
𝑒
1+𝑒
=
0,44
1+0,44
3. = 0,31
d. SR =
0,098 . 2,58
0,44
x 100%
=57,464 %
4. Diketahui : w = 40 %
Gs = 2,58
γw = 62,4 lb/ft3
γw = 9,81 kN/m3
Ditanya : a. γsat
b. γd
Jawab :
e = w . Gs = 0,4 . 2,58 = 1,032
a. Dalam lb/ft3
γsat =
𝛾𝑤 ( 𝐺𝑠+𝑒 )
1+𝑒
=
62,4 ( 2,58+1,032 )
1+1,032
= 110,9 lb/ft³
Dalam kN/m3
γsat =
𝛾𝑤 ( 𝐺𝑠+𝑒 )
1+𝑒
=
9,81 ( 2,58+1,032 )
1+1,032
= 12,06 kN/m3
b. Dalam lb/ft3
γd =
𝐺𝑠 . 𝛾𝑤
1+𝑒
=
2,58 . 62,4
1+1,032
= 79,22 lb/ft³
Dalam kN/m3
γd =
𝐺𝑠 . 𝛾𝑤
1+𝑒
=
2,58 . 9,81
1+1,032
= 12,45 kN/m3
4. 5. Diketahui : m = 465 gr = 0,465 kg
ms = 405,76 gr = 0,40576 kg
Gs = 2,58
e = 0,83
ρw = 1000 kg/m3
Ditanya : a. ρ
b. ρd
c. mw yang harus ditambahkan untuk membuat tanah jenuhair
Jawab :
a. w =
𝑚𝑤
𝑚𝑠
=
𝑚−𝑚𝑠
𝑚𝑠
=
465−405,76
405,76
= 0,15
ρ =
ρ𝑤 𝐺𝑠 (1 +𝑤)
1+𝑒
=
1000 .2,58 (1 +0,15)
1+0.83
=
2967
1,83
= 1621,3 kg/m3
b. ρd =
ρ𝑤 𝐺𝑠
1+𝑒
=
1000 . 2,58
1+0,83
= 1409,8 kg/m3
c. ρsat =
ρ𝑤 (𝐺𝑠 +𝑒)
1+𝑒
=
1000 (2,58 +0,83)
1+0.83
= 1863,38 kg/m3
ρyang harus ditambahkan = ρsat – ρ
= 1863,38 – 1621,3
= 242,08kg/m3
myang harus ditambahkan = 242,08kg
6. Diketahui : γ = 126,8 lb/ft³ γw = 62,4 lb/ft3
Gs = 2,58
w = 12,6 % = 0,126
Ditanya : a. γd
b. e
5. c. n
d. Ww yang dibutuhkan untuk membuat tanah jenuh air
Jawab :
a. γd =
𝛾
1 + 𝑤
=
126,8
1 + 0,126
= 112,61 lb/ft³
b. e =
𝐺𝑠 . 𝛾𝑤
𝛾𝑑
– 1
=
2,58 . 62,4
112,61
- 1= 0,42
c. n =
0,42
1+0,42
= 0,29
d. Berat air dalam keadaan tanah jenuh air:
Ww =e . γw
= 0,42 . 62,4 = 26,208 lb
7. Diketahui : γsat = 20,12 kN/m³ γw = 9,81 kN/m3
Gs = 2,58
Ditanya : a. γd
b. e
c. n
d. w
Jawab :
a. e =
Gs .γw
γsat
– 1 =
2,58 .9,81
20,12
−1= 0,25
γd =
Gs .γw
1+𝑒
6. =
2,58 .9,81
1+0,25
= 20,24 kN/m3
b. e = 0,25 diatas
c. n =
𝑒
1+𝑒
=
0,25
1+0,25
= 0,2
d. Kadar air pada tanah jenuh air:
w =
n
(1−𝑛) Gs
x 100%
=
0,2
(1−0,2) 2,58
x 100% = 9,69%
8. Diketahui : e = 0,86 γw = 62,4 lb/ft3
w = 28 % = 0,28
Gs = 2,58
Ditanya : a. γ
b. SR
Jawab :
a. γ =
𝐺𝑠 . 𝛾𝑤 ( 1+ 𝑤)
1+𝑒
=
2,58 . 62,4 ( 1+ 0,28)
1+0,86
= 110,79 lb/ft3
b. SR =
𝑤 . 𝐺𝑠
𝑒
x 100 %
=
0,28 .2,58
0,86
x 100% = 84 %
9. Diketahui : γd = 15,29 kN/m³ γw = 9,81 kN/m3
w = 21 % = 0,21
Ditanya : a. γsat
b. e
c. Gs
7. d. γsat jika SR = 50 %
Jawab :
a. γsat = γd (1 + w)
= 15,29 (1 + 0,21)= 18,50 kN/m3
b. n =
𝛾𝑠𝑎𝑡− 𝛾𝑑
𝛾𝑤
=
18,50 −15,29
9,81
= 0,33
Jadi , e =
𝑛
1−𝑛
=
0,33
1− 0,33
= 0,49
c. e = w . Gs
Gs =
𝑒
𝑤
=
0,49
0,21
= 2,33
d. γ jika SR = 50 %
w =
𝑆𝑅 . 𝑒
𝐺𝑠
=
0,5 . 0,49
2,33
= 0,11
γ =
γw 𝐺𝑠 (1 +𝑤)
1+𝑒
=
9,812,33 ( 1 + 0,11 )
1+0,49
= 17,03kN/m³
10. Diketahui : γsat =
γw . e (1+w)
𝑤 (1+𝑒)
Ditanya :tunjukan untuk segala tanah !
Jawab :
syarat tanah jenuh air ( SR = 1 ) jadi :
SR =
𝑉𝑤
𝑉𝑣
x 100%