MATHEMATICs
Energy hump:
We will be using the wieght force. so, we will be
calculating the wieghts of the cars that will go over the
white buttons of the device these will create kinetic energy
by hitting the spinner. Plus we will be seeing the amount of electrical energy
generated every week to see how successful is the device.
DAY x (W÷S)= E
W: Weight
S:Speed of the spinner
E: Energy in the week
For example:
5(4,165 ÷ S)= 204 ke
S=102
Solar leaf:
We will be calculating the amount of the sunlight that is
absorbed by the solar panel and we will see how much energy
do the wind spinner will produce to find out the amount of energy.
(SE x WE) ÷ X= E
Se: solar energy.
We:wind energy
X:THE HOURS OF WORKING
E:ENERGY IN THE WEEK
For example:
714 . 876 ÷ X = 2511.9
X=249
We will be using the wieght force. so, we will be
calculating the wieghts of the cars that will go over the
white buttons of the device these will create kinetic energy
by hitting the spinner. Plus we will be seeing the amount of electrical energy
generated every week to see how successful is the device.
DAY x (W÷S)= E
W: Weight
S:Speed of the spinner
E: Energy in the week
For example:
5(4,165 ÷ S)= 204 ke
S=102
Solar leaf:
We will be calculating the amount of the sunlight that is
absorbed by the solar panel and we will see how much energy
do the wind spinner will produce to find out the amount of energy.
(SE x WE) ÷ X= E
Se: solar energy.
We:wind energy
X:THE HOURS OF WORKING
E:ENERGY IN THE WEEK
For example:
714 . 876 ÷ X = 2511.9
X=249
