A small fruit basket with 6 apples and 6 oranges costs $7.50. A different fruit basket with 10 apples and 5 oranges costs $8.75.
1 answer:
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4,750 mm
Equation with an exponent 4.75 x = 4,750
First, it's important to know that there are 1,000 millimeters in 1 meter. Second, it's important to know that is the same as 1,000. In order to find out how many millimeters are in 4.75 meters, one must multiply 4.75 by 1,000.
Meters
A meter is a unit of metric measurement. Track and Field events use the metric system because it is a universal unit of measurement. Inches and feet are not units used all over the world. The Olympic Games use the metric system so this is the system that is universally adopted throughout the world for many sporting events, including track and field. Sports that are more commonly attributed to the USA and not an Olympic event often uses the US system. An example is football. The field is measured in yards instead of meters.
Millimeters
The prefix milli- means 1,000. Often it is used to denote a thousandth unit of measurement in the metric system. This is a useful item to know because it can be applied to many different math terms such as millimeters or milliliters.
Exponents
An exponent is the amount of times a number is multiplied to itself. For example is the same as 4 x 4 = 16. This is a faster way to write repeated multiplication.
Remember multiplication is a faster way to write repeated addition! Exponents are a faster way to write repeated multiplication.
<h3>Answer Details</h3>Subject: Math
Level: Middle School
Topic: Exponents
<h3>Keywords</h3>exponents, metric system, meters, millimeters
<h3>Learn More</h3>More on Metric Systems: brainly.com/question/3956263
Metric Conversions: brainly.com/question/12443484
Answer:
The probability is 0.31
Step-by-step explanation:
To find the probability, we will consider the following approach. Given a particular outcome, and considering that each outcome is equally likely, we can calculate the probability by simply counting the number of ways we get the desired outcome and divide it by the total number of outcomes.
In this case, the event of interest is choosing 3 laser printers and 3 inkjets. At first, we have a total of 25 printers and we will be choosing 6 printers at random. The total number of ways in which we can choose 6 elements out of 25 is , where
. We have that
Now, we will calculate the number of ways to which we obtain the desired event. We will be choosing 3 laser printers and 3 inkjets. So the total number of ways this can happen is the multiplication of the number of ways we can choose 3 printers out of 10 (for the laser printers) times the number of ways of choosing 3 printers out of 15 (for the inkjets). So, in this case, the event can be obtained in
So the probability of having 3 laser printers and 3 inkjets is given by