TADM2E 1.31 - Revision history

Matt: Undo revision 1090 by FuckMatt (talk)

2020-08-01T00:47:54Z

Undo revision 1090 by FuckMatt (talk)

FuckMatt: Redirected page to UNTV

2020-07-31T10:15:56Z

Redirected page to UNTV

Matt: Undo revision 832 by Ufsuraifs (talk)

2020-07-23T14:46:38Z

Undo revision 832 by Ufsuraifs (talk)

Ufsuraifs: Blanked the page

2020-07-17T02:49:46Z

Blanked the page

Auri: Simplifying page

2020-01-03T22:19:50Z

Simplifying page

Auri: Fixing grammatical errors. Simplifying page

2020-01-03T22:18:58Z

Fixing grammatical errors. Simplifying page

Algowikiadmin: Recovering wiki

2014-09-11T18:23:35Z

Recovering wiki

Algowikiadmin: Recovering wiki

2014-09-11T18:13:58Z

Recovering wiki

New page

assumptions:
aprox 400000 cars
each car needs to refuel once a week
each gas station is open 10 hours a day and refuels 10 cars an hour
There are enough stations to refuel all cars once per week

Calculation:
cars that can be fueled by 1 station in 1 week
10*10*7=700
number of gas stations (rounded up):
ceil(400000/700)=572

----

'''A slightly different approach''':
* aprox 300 mln cars in US (1 car per each citizen).
* each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min

Amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>

Gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx 333 000</math> gas stations.

← Older revision		Revision as of 00:47, 1 August 2020
Line 1:		Line 1:
−	~~#REDIRECT [[UNTV]]~~	+	'''Assumptions''':
		+	: approx 400000 cars
		+	: each car needs to refuel once a week
		+	: each gas station is open 10 hours a day and refuels 10 cars an hour
		+	: there are enough stations to refuel all cars once per week
		+
		+	'''Calculation''':
		+	: cars that can be fueled by 1 station in 1 week
		+	: 10107=700
		+	: a number of gas stations (rounded up):
		+	: ceil(400000/700)=572
		+	----
		+	'''A slightly different approach''':
		+	* approx 300 mln cars in the US (1 car per each citizen).
		+	* each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
		+	* amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
		+	* gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx 333 000</math> gas stations.

← Older revision		Revision as of 10:15, 31 July 2020
Line 1:		Line 1:
−	~~'''Assumptions''':~~	+	#REDIRECT [[UNTV]]
−	~~: approx 400000 cars~~
−	~~: each car needs to refuel once a week~~
−	~~: each gas station is open 10 hours a day and refuels 10 cars an hour~~
−	~~: there are enough stations to refuel all cars once per week~~
−
−	~~'''Calculation''':~~
−	~~: cars that can be fueled by 1 station in 1 week~~
−	~~: 10107=700~~
−	~~: a number of gas stations (rounded up):~~
−	~~: ceil(400000/700)=572~~
−	~~----~~
−	~~'''A slightly different approach''':~~
−	* approx 300 mln cars in the US (1 car per each citizen).
−	* each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
−	* amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
−	* gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx 333 000</math> gas stations.

← Older revision	Revision as of 14:46, 23 July 2020
Line 1:	Line 1:
	+	'''Assumptions''':
	+	: approx 400000 cars
	+	: each car needs to refuel once a week
	+	: each gas station is open 10 hours a day and refuels 10 cars an hour
	+	: there are enough stations to refuel all cars once per week

	+	'''Calculation''':
	+	: cars that can be fueled by 1 station in 1 week
	+	: 10107=700
	+	: a number of gas stations (rounded up):
	+	: ceil(400000/700)=572
	+	----
	+	'''A slightly different approach''':
	+	* approx 300 mln cars in the US (1 car per each citizen).
	+	* each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
	+	* amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
	+	* gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx 333 000</math> gas stations.

← Older revision		Revision as of 02:49, 17 July 2020
Line 1:		Line 1:
−	~~'''Assumptions''':~~
−	~~: approx 400000 cars~~
−	~~: each car needs to refuel once a week~~
−	~~: each gas station is open 10 hours a day and refuels 10 cars an hour~~
−	~~: there are enough stations to refuel all cars once per week~~

−	~~'''Calculation''':~~
−	~~: cars that can be fueled by 1 station in 1 week~~
−	~~: 10107=700~~
−	~~: a number of gas stations (rounded up):~~
−	~~: ceil(400000/700)=572~~
−	~~----~~
−	~~'''A slightly different approach''':~~
−	* approx 300 mln cars in the US (1 car per each citizen).
−	* each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
−	* amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
−	* gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx 333 000</math> gas stations.

@@ Line 1: / Line 1: @@
-Assumptions:
+'''Assumptions''':
 : approx 400000 cars
 : each car needs to refuel once a week
@@ Line 5: / Line 5: @@
 : there are enough stations to refuel all cars once per week
-Calculation:
+'''Calculation''':
 : cars that can be fueled by 1 station in 1 week
 : 10*10*7=700

@@ Line 1: / Line 1: @@
-assumptions:
+Assumptions:
-aprox 400000 cars
+: approx 400000 cars
-each car needs to refuel once a week
+: each car needs to refuel once a week
-each gas station is open 10 hours a day and refuels 10 cars an hour
+: each gas station is open 10 hours a day and refuels 10 cars an hour
-There are enough stations to refuel all cars once per week
+: there are enough stations to refuel all cars once per week
 Calculation:
-cars that can be fueled by 1 station in 1 week
+: cars that can be fueled by 1 station in 1 week
-*10*7=700
+: 10*10*7=700
-number of gas stations (rounded up):
+: a number of gas stations (rounded up):
-ceil(400000/700)=572
+: ceil(400000/700)=572
 ----
 '''A slightly different approach''':
-* aprox 300 mln cars in US (1 car per each citizen).
+* approx 300 mln cars in the US (1 car per each citizen).
 * each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
+* amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
-Amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
+* gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx  333 000</math> gas stations.

@@ Line 18: / Line 18: @@
 * each station is open 12hr a day, has 6 places for taking fuel, each fueling takes about 6 min
-Amount of cars using given gas station daily: &lt;math&gt;6 * 12 * \frac{60}{6} = 6 * 120 = 720 &lt;/math&gt;
+Amount of cars using given gas station daily: <math>6 * 12 * \frac{60}{6} = 6 * 120 = 720 </math>
-Gas station (at least in Europe) are used always used, so: &lt;math&gt;\frac{300 000 000}{720} \approx  333 000&lt;/math&gt; gas stations.
+Gas station (at least in Europe) are used always used, so: <math>\frac{300 000 000}{720} \approx  333 000</math> gas stations.