54. = _____________
55. lb/in2 = _____________
56. A kilogram meter per second squared (kgˑm/s2) is called a ___ ___ ___ ___ ___ ___. This is the SI unit for
___ ___ ___ ___ ___ and ___ ___ ___ ___ ___ ___.
57. A slug foot per second squared (slugˑft/s2) is called a ___ ___ ___ ___ ___. This is the USCS unit for
___ ___ ___ ___ ___ and ___ ___ ___ ___ ___ ___.
58. A Newton meter (Nˑm) is called a ___ ___ ___ ___ ___. This is the SI unit for ___ ___ ___ ___.
59. A kilogram meter squared per second squared (kgˑm2/s2) is also called a ___ ___ ___ ___ ___. This is the SI unit for ___ ___ ___ ___ ___ ___.
60. The joule is the SI unit for ___ ___ ___ ___ as well as ___ ___ ___ ___ ___ ___.
61. A joule per second (J/s) is called a ___ ___ ___ ___. This is the SI unit for ___ ___ ___ ___ ___.
62. A newton meter per second (Nˑm/s) is also called a ___ ___ ___ ___.
63. The ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ is USCS unit for power and 1 hp = ___ ___ ___ W.
64. A newton per meter squared (N/m2) is called a ___ ___ ___ ___ ___ ___. This is the SI unit for
___ ___ ___ ___ ___ ___ ___ ___.
65. A pound per inch squared (lb/in2) is commonly called the ___ ___ ___ . This is the USCS unit for
___ ___ ___ ___ ___ ___ ___ ___.
66. According to the law of conservation of energy, ___ ___ ___ ___ ___ ___ is neither ___ ___ ___ ___ ___ ___ ___ nor ___ ___ ___ ___ ___ ___ ___ ___ ___.
67. The total mechanical energy is equal to the sum of ___ ___ energy and the ___ ___ energy.
68. According to principle of conservation of linear momentum:
__________________________________________________________________________________________
Equation SI unit
69. Average Speed ______________________ _________.
70. Average Velocity ______________________ _________.
71. Average Acceleration ______________________ _________.
The Kinematic Equations for Constant Acceleration (Chapter 2)
72. ___________________________________ _________.
73. ___________________________________ _________.
74. ___________________________________ _________.
75. ___________________________________ _________.
76. ___________________________________ _________.
77. Height (free fall from rest) ______________________ _________.
78. Components of a vector a ax =________________ ay = _________________
79. Magnitude of vector a ______________________
80. Direction of vector a ______________________
81. Unit-Vector Notation ______________________
82. The Scalar (or Dot) Product __________________________________________________________
83. The Vector (or Cross) Product __________________________________________________________
Given vi and θ, write the equation for the following:
84. The initial vertical velocity ________________________________.
85. The initial horizontal velocity ________________________________.
86. Range ________________________________.
87. Newton’s 2nd Law ______________________ _________.
88. Weight (use w, m, g) ______________________ _________. ________. (BE)
89. The Gravitational Force (FG) ______________________ _________.
90. Normal Force ______________________ _________.
91. Apparent weight ______________________ _________.
92. Frictional (static) Force ______________________ _________.
93. Frictional (kinetic) Force ______________________ _________.
94. An object is in ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___when it has zero acceleration.
95. Centripetal Acceleration (ac,v,r) ______________________ _________.
96. Centripetal Force (F,m,ac) ______________________ _________.
97. Centripetal Force ( F,m,v,r) ______________________ _________.
98. Circular velocity (v, r,T) ______________________ _________.
99. Speed of Satellite (Circular Orbit) ______________________ _________.
100. Period of Satellite (Circular Orbit) ______________________ _________.
101. Banked Curves ______________________
102. Workhorizontal (WH, F, s, cosθ) _____________________ _________.
103. Workagainst gravity (Wg,m,g,h,) _____________________ _________.
104. Kinetic Energy ______________________ _________.
105. Work – Energy Theorem ______________________
106. Potential Energy ______________________ _________.
107. Total Mechanical Energy ______________________ _________
108. Power (use P, W, t) ______________________ _________.
109. Power (use P, E, t) ______________________ _________.
110. Power (use F,v) ______________________ _________
111. Impulse ______________________ _________.
112. Linear Momentum ______________________ _________.
113. Impulse-Momentum Theorem ______________________
114. T or F A vector quantity has both magnitude and direction.
115. __________________, __________________ and _____________________ are examples of scalar quantities.
116. __________________, ___________________and _____________________ are examples of vector quantities.
117. Definition of θ in radians (equation) ______________________ (angular displacement)
118. The # of radians that correspond to 360, or one revolution is _____________.
119. The # of degrees in one radian is ______________________
120. Angular velocity ______________________ _________.
121. Angular acceleration ______________________ _________.
122. Tangential speed ______________________ _________.
(smooth rolling motion)
123. Tangential acceleration ______________________ _________.
(smooth rolling motion)
The Kinematic Equations for Constant Angular Acceleration (Chapter 10)
124. ___________________________________ _________.
125. ___________________________________ _________.
126. ___________________________________ _________.
127. ___________________________________ _________.
128. ___________________________________ _________.
129. Mass Density ______________________ _______ (SI unit)
130. Pressure ______________________ _______ (SI unit)
131. Pressure in a Static Fluid ______________________ _______ (SI unit)
132. Archimedes’ Principle ______________________ _______ (SI unit)
Temperature Conversions
133. From Celsius to Fahrenheit ______________________ _______ (SI unit)
134. From Fahrenheit to Celsius ______________________ _______ (SI unit)
135. From Celsius to Kelvin ______________________ _______ (SI unit)
136. Normal Body Temperature __________(̊ F) _______ (̊ C) _______ (K)
137. Heat Exchange ______________________ _______ (SI unit)
138. Specific Heat of water ______________________ _______ (SI unit)
139. Density of water ______________________ _______ (SI unit)
140. Density of air at 1 atmosphere (atm) ______________________ _______ (SI Unit)
_1349093640.unknown
_1634719775.unknown
- WE OFFER THE BEST CUSTOM PAPER WRITING SERVICES. WE HAVE DONE THIS QUESTION BEFORE, WE CAN ALSO DO IT FOR YOU.
- Assignment status: Already Solved By Our Experts
- (USA, AUS, UK & CA PhD. Writers)
- CLICK HERE TO GET A PROFESSIONAL WRITER TO WORK ON THIS PAPER AND OTHER SIMILAR PAPERS, GET A NON PLAGIARIZED PAPER FROM OUR EXPERTS
QUALITY: 100% ORIGINAL PAPER – NO ChatGPT.NO PLAGIARISM – CUSTOM PAPER
Looking for unparalleled custom paper writing services? Our team of experienced professionals at AcademicWritersBay.com is here to provide you with top-notch assistance that caters to your unique needs.
We understand the importance of producing original, high-quality papers that reflect your personal voice and meet the rigorous standards of academia. That’s why we assure you that our work is completely plagiarism-free—we craft bespoke solutions tailored exclusively for you.
Why Choose AcademicWritersBay.com?
- Our papers are 100% original, custom-written from scratch.
- We’re here to support you around the clock, any day of the year.
- You’ll find our prices competitive and reasonable.
- We handle papers across all subjects, regardless of urgency or difficulty.
- Need a paper urgently? We can deliver within 6 hours!
- Relax with our on-time delivery commitment.
- We offer money-back and privacy guarantees to ensure your satisfaction and confidentiality.
- Benefit from unlimited amendments upon request to get the paper you envisioned.
- We pledge our dedication to meeting your expectations and achieving the grade you deserve.
Our Process: Getting started with us is as simple as can be. Here’s how to do it:
- Click on the “Place Your Order” tab at the top or the “Order Now” button at the bottom. You’ll be directed to our order form.
- Provide the specifics of your paper in the “PAPER DETAILS” section.
- Select your academic level, the deadline, and the required number of pages.
- Click on “CREATE ACCOUNT & SIGN IN” to provide your registration details, then “PROCEED TO CHECKOUT.”
- Follow the simple payment instructions and soon, our writers will be hard at work on your paper.
AcademicWritersBay.com is dedicated to expediting the writing process without compromising on quality. Our roster of writers boasts individuals with advanced degrees—Masters and PhDs—in a myriad of disciplines, ensuring that no matter the complexity or field of your assignment, we have the expertise to tackle it with finesse. Our quick turnover doesn’t mean rushed work; it means efficiency and priority handling, ensuring your deadlines are met with the excellence your academics demand.
