<h3>
The probability of not choosing 2 peaches is
.</h3>
Step-by-step explanation:
Here, the total number of bins = 10
Total orange bins = 2
Total apples bins = 3
Total peaches bins = 4
Total melon bins = 1
Let E : Event of picking two peaches
So, P(Picking 1 peach ) = 
and P (Picking 2nd peach ) = 

So, the probability of not picking 2 peaches = 1 - P(picking 2 peaches)

Hence, the probability of not choosing 2 peaches is
.
Answer:
Ratio would be 45 to 100
Step-by-step explanation:
-3s-5=4 First add 5 to both sides of the equal sign to cancel out -5
+5 +5 You're left with -3s=9
-3s=9 Divide by -3 on both sides. This cancels out the -3s. 9 divided by -3 equals -3. The answer would be s=-3
Answer:
c=2
Step-by-step explanation:
7-4c=3c-7
7+7=3c+4c
14=7c
Dividing both sides by 7
c=2
CHECK:
Putting c in the above equation
7-4(2)=3(2)-7
7-8=6-7
-1=-1
Hence the above solution satisfies the given equation