Answer:
For purple;
P(p) = 337/848 = 0.40
For white;
P(w) = 511/848 = 0.60
Step-by-step explanation:
Given;
Number of plants with purple flowers P = 337
Number of plants with white flowers W = 511
Total T = 337 + 511 = 848
For purple;
the empirical Probability that a plant had purple flowers P(p) is
P(p) = Number of plants with purple flowers/total number of plants
P(p) = P/T
Substituting the values, we have;
P(p) = 337/848 = 0.40
For white;
the empirical Probability that a plant had white flowers P(w) is
P(w) = Number of plants with white flowers/total number of plants
P(w) = W/T
Substituting the values, we have;
P(w) = 511/848 = 0.60
Set it up as a fraction:
8kg = 10kg
24N ?N
cross multiply
8x=240
x=30N
Answer:
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Step-by-step explanation:
Answer:
The lowest price per once is: "Don's store" $ 0.101
Step-by-step explanation:
You have to apply a 3 way rule
so:
1) 60 oz ----- $6.50
1 oz ----- =(1 oz X $6.50)/ 60
= $0.108
2) 54 oz ----- $5.50
1 oz ----- =(1 oz X $5.50)/ 54
= $0.101
3) 48 oz ----- $5.61
1 oz ----- =(1 oz X $5.61)/ 48
= $0.116
4) 40 oz ----- $4.50
1 oz ----- =(1 oz X $4.50)/ 40
= $0.112
Greetings
Answer:
Length of the road parallel to the length of the park= 700m
Width of the road= 10m
Area of the road= l\times b=700m\times10m=7000m^2l×b=700m×10m=7000m
2
Length of the road parallel to the breadth of the park =300m
Width of the road= 10m
Area of this road= l\times b=300m\times10=3000m^2l×b=300m×10=3000m
2
Area of both the roads
=7000m^2+3000m^2-Area\ of\ the\ common\ portion\=7000m
2
+3000m
2
−Area of the common portion
=10000m^2-10m\times10m=10000m
2
−10m×10m
=10000m^2-100m^2=10000m
2
−100m
2
=9900m^2=0.99=9900m
2
=0.99
Area of the park = l\times bl×b
=700m\times300m=210000m^2=700m×300m=210000m
2
Area of the park excluding the roads
=210000m^2-9900m^2=210000m
2
−9900m
2
=200100m^2=20.01=200100m
2
=20.01
