Magnetic Field in a Slinky
Name: Luis Lopez
Partner(s):Sara Dobratz
Date: 4/27/17
Objective:
The main objective of this lab was to investigate the variables that affect the magnetic
field inside a sol
LAB REPORT 4
Title: The Coefficient of Linear Expansion
xxxxx
Experiment Date: 06 February 2017
Submission Date: 23 February 2017
Abstract: The main purpose of this experiment is to find the coefficie
Name : Pritesh Patel
March 22,2017
TITLE :
At Woods Machine
Partners :
Kashmira Puranik
Yahya Nafees
Abstract
: In this lab we determined the acceleration of the weights of an Atwoods
Machine, both ex
LAB REPORT 3
Title: Vibrating Spring
Name: xxxxx
Experiment Date: 06 February 2017
Submission Date: 23 February 2017
Abstract: The main purpose of this experiment is to investigate the standing waves
LAB REPORT 2
Title: Minimum Period of a Physical Pendulum
Name: zzz
Experiment Date: 06 February 2016
Submission Date: 13 February 2016
Abstract: In this experiment, we set up a pendulum consisting of
Title: Resistors In Series and In Parallel
Name: xxxxxx
Date: June 7th, 2017
Abstract: The purpose of this lab is to test Ohms Law and to study the relationship
among three physical quantities voltage
LAB REPORT 5
Title: Latent Heat of Fusion
Experiment Date: 20 March 2017
Submission Date: 27 March 2017
Abstract: In this experiment, the latent heat of fusion of ice will be determined. Calorimeter
w
LAB REPORT 6
Title: Characterizing Electric Fields and Electric Potential of Charged Objects
Experiment Date: 27 March 2017
Submission Date: 03 April 2017
Abstract: In this experiment, we place a posi
LAB REPORT 1
Title: The Vibrating Spring - Simple Harmonic Motion
Name: xxxx
Experiment Date: 29 January 2016
Submission Date: 05 February 2016
Abstract: Experiment was performed to find the spring co
Title: Density of Cube and Cylinder
Name: xxxx
Date: January 06, 2017
Abstract: The objective of this experiment was to measured the density and
volume of a U.S cent by using two different methods to
Title: Electric Field Mapping
Name: xxxxxxx
Date: May 24th, 2017
Abstract: The electric field is a vector field and Electric potential is a scalar quantity.
Electric field is the surrounding charges w
LAB REPORT 2
Title: Direct Current Circuits: Ohms Law
Name: xxxxxx
Abstract: The purpose of this experiment is to examine the relationship between the current I
passing through an electric element, th
Laboratory Experiment E: Specific Heat
Name: Ernessa Franois
Date: 2/17/17
Abstract: To measure the specific heat of a metal specimen using a calorimeter and to gain a
deeper understanding of the prin
Laboratory Experiment E: Specific Heat
Name: Ernessa Franois
Date: 2/17/17
Abstract: To measure the specific heat of a metal specimen using a calorimeter and to gain a
deeper understanding of the prin
Extra credit: Archimedes principle for materials lighter than water (specific gravity less
than 1.00) (5 pts)
The density of a substance is the ratio of the mass of the body m to its volume V if the m
Speed of Sound
Jubi Santiago
Partner:
11/12/16
Objective
To determine the speed of sound by measuring the time it takes to travel down and back
through a hollow tube followed by finding the percentag
Conservation of Energy on the Roller Coaster
Name: Jubaldyzac Santiago
Partner:
Date: 09/23/2016
Objective
The aim of this lab is to find the total mechanical energy of a steel marble that is
rolled d
8.5.1 EXAMPLE 1 If , find the area of the 100 sector
shown in Figure 8.49. Use your calculator and round
the answer to the nearest hundredth of a square
inch. Solution becomes A = 100 360 # # 102 L 87
on to Theorem 9.2.4 and its applications. Exs. 57
Solution To determine the lateral area, we need the
length of the slant height. [See Figure 9.19(b) on the
preceding page.] The lateral area is . Ther
with radii of lengths R and r, with Prove: Aring = (BC)
2 R 7 r 27 ft2 L 22 7 L 22 7 315 cm 19. Find the area
of a regular hexagon each of whose sides 31. has
length 8 ft. 20. The area of an equilater
smaller circle. *23. A circle can be inscribed in the
trapezoid shown. Find the area of that circle. 9 4
cm2 18. Find the exact perimeter and area of the
segment shown, given that and In Exercises 19
triangle with an inscribed circle. If the sides of the
triangle measure 10 ft, 13 ft, and 13 ft, find the
length of the radius of the inscribed circle. 30. Find a
formula for the area of the shaded re
The same technique that is used to measure the
volume of the pyramid in Example 5 of Section 9.2
could be used to measure the volumes of the Great
Pyramids. 403 9.1 Prisms, Area, and Volume 9.2
Pyrami
many cubic yards of dirt were removed? 1 yd3 = 27
ft3 e13 29. A cube is a right square prism in which
all edges have the same length. For the cube with
edge e, a) show that the total area is . b) find
regions in Exercises 27 to 31. 1213 in 10813 in2 29.
30. 27. 28. Square 8 7 7 60 4 6 Two tangent
circles, inscribed in a rectangle Equilateral triangle
10 A C B O a c b 37. Prove that the area of a ci