Wiki User
∙ 15y agoFirst find the total number of gumballs.
51+128+93=272
Next, determine what fraction of the total represents the blue gumballs.
51/272=.1875
The fraction tells us what part of one gumball is represented by the color blue. However we were asked for a percentage (per=how many, cent=100 or how many for each 100).
So we should multiply the fraction by 100.
The answer then is .1875 multiplied by 100, or 18.75%.
That means that if we only had 100 gumballs, 18.75 of those 100 would be blue.
Wiki User
∙ 15y ago2/5
The odds of getting a blue one are 20 in 48 (or 5 in 12 simplified).
An event can either happen or not happen. If the probability of it happening is 3/5,then the probability of it not happening is 2/5.
Probability is 1/6 ~= .1667 = 16.67%
Efficiency = Output value / Input valueFor example, if a machine needs 10 KW to run and produces 8 KW, its power efficiency is 8/10 = 0.8 or 80%Efficiency is always between 0 and 1 (or 0 and 100 if expressed as a percentage.)
2/5
You can't feed your monster gumballs from the gumball machine its only a decoration for your house
The probability is X/(X + 2W) where X is the number of orange gumballs.
The odds of getting a blue one are 20 in 48 (or 5 in 12 simplified).
Mechanical energy is typically used to dispense gumballs from a gumball machine. Turning a handle or pushing a button on the machine initiates a mechanical process that releases a gumball for the user.
mechanical energy is the form of energy of the gumballs .
at a gumball machine in a corner store or a gas station
3 gumballs from an average gumball machine.
Gumball machines are relatively simple devices. Gumballs are poured into a glass bowl, and then the mechanism portion of the device is attached. When a person inserts a coin and turns the handle, the door that keeps the gumballs inside the machine opens, letting one out.
Yes, a gumball machine is considered a simple machine because it relies on basic mechanical principles to dispense gumballs when a user turns a knob or lever. It typically includes components like gears, levers, and pulleys, which help facilitate the process of dispensing the gumballs.
An event can either happen or not happen. If the probability of it happening is 3/5,then the probability of it not happening is 2/5.
Anywere from 450 - 20,000. the most common however is around 5,000