you flip a spinner that has 4 differently colored regions (red, white, blue, green) all equal in area, and toss 1 die and count
1 answer:
Answer:
24 ways
Step-by-step explanation:
Two different events
1) flip a spinner with 4 different colors regions.
2) tossing a die with 6 outcomes
to calculate number of colored dots possible
note here both action are independent of each other
by the principal of counting we can say
if an act is performed in m ways and another act can be performed in n ways the both the act simultaneously can be performed in ways.
here act 1 has m=4 ways and act n= 6 ways
hence number of ways of getting colored dots = ways
= 24 ways
You might be interested in
<span>The standard form of the equation of a circumference is given by the following expression:
</span>
<span>
On the other hand, the general form is given as follows:
</span>
<span>
In this way, we can order the mentioned equations as follows:
Equations in Standard Form:
</span>
Equations in General Form:
So let's match each equation:
Then, its general form is:
<em><u>First. a) matches 5) </u></em>
Then, its general form is:
<em><u>Second. b) matches 1) </u></em>
Then, its general form is:
<em><u>Third. c) matches 3)</u></em>
Then, its general form is:
<em><u>Fourth. d) matches 6)</u></em>
</span>
<span>
On the other hand, the general form is given as follows:
</span>
In this way, we can order the mentioned equations as follows:
Equations in Standard Form:
</span>
Equations in General Form:
So let's match each equation:
Then, its general form is:
<em><u>First. a) matches 5) </u></em>
Then, its general form is:
<em><u>Second. b) matches 1) </u></em>
Then, its general form is:
<em><u>Third. c) matches 3)</u></em>
Then, its general form is:
<em><u>Fourth. d) matches 6)</u></em>