The unknown metal block is provided from the teacher. Determine the identity of an unknown metal (metal block), using 2 physical properties. Each kind of metal has different specific heat. So, if this metal block’s specific heat is calculated, by looking the ...
This experiment’s purpose is to determine the force of gravity using a simple pendulum. A simple pendulum consists of a heavy weight called the bob, supported from a fixed point about which the bob is free to swing by a string of insignificant mass. To calcul...
< AIM > Determine how does the velocity of an orbiting body depend on the radius of the circle under constant centripetal acceleration. First, I thought that the velocity would decrease, when we increase the radius of the circle under constant centripetal ...
Aim: Determine the relationship between the gas and the volume in the gas syringe, by using a “Gas pressure sensor”. (Which means, prove Boyle’s Law) Aim of this is to prove the Boyle’s law. From out #1’s data table, we got very close value of consta...
Determine the kinetic energy of the rocket firework by calculation. To calculate kinetic energy, 2 values are need. How high it went and how long it takes to reach zenith. Use a method call triangulation to determine how high the rocket firework went. It’s ve...
Introduction. A linear transformation, T, of the plane which maps the point P (x, y) onto the point P’ (x’, y’) is defined by the equations... First, it’s easy to think about so make it the coordinate of OABC as same as Part 1’s b). Which is O = (0, ...
From the question above, we can see that for n = 1, we will get 1 x 1! by the equation. And for n = 2, we have 2 x 2! and identically, we have 3 x 3!, when n = 3. There is a simple pattern. So, we can understand that the n x n! is the formula for the nth ter...
A rectangle OABC rotates counter clockwise about the point O as shown in the diagram below, which is not drawn to scale Initially O is at (0,0), A is at (4,0), B is at (4,3), C is at (0,4). The diagram shows the rectangle after it has rotated through 20 ...