Answer:
the number of circles is 3
the number of square is 9
the number of triangle is 10
Step-by-step explanation:
Let the number of square = s
let the number of circle = c
let the number of triangle = t
let the total number of the shapes = y
15 < y < 25
y = s + c + t ---- (i)
s = c + 6 ------ (ii)
c + 7 = t ------ (iii)
y = (s) + (c) + (t)
y = (c + 6) + (c) + (c + 7)
y = 3c + 13
15 < y < 25
15 < 3c + 13 < 25
15 - 13 < 3c < 25 -13
2 < 3c < 12
2/3 < c < 12/3
0.67 < c < 4
Thus, number of circle is greater 1 but less than 4
c = 3
s = 3 + 6 = 9
t = 3 + 7 = 10
Turn the improper fraction 2(3/4) into a mixed fraction by multiplying the coefficient or outside number "2" by the denominator "4" and then adding that result with the numerator "3":
2*4 = 8
8 + 3 = 11
Leave the denominator fixed and put you previous result as the numerator; your new fraction is 11/4
Now multiply this with 4/5:
11/4 * 4/5 = 44/20 = 22/10 = 11/5 (simplified result)
Now convert this simplified mixed fraction back into an improper fraction:
You divide the denominator "5" into the numerator "11" and put the most amount of times it goes into it out front as the coefficient;
We get that 5 goes into 11 a maximum number of times which is 2.
Then subtract the numerator "11" from "10" (5 *2) and we get 1.
Our answer is 2(1/5)
I think so yes because 10 is a whole number
Answer:
The answer is A
Step-by-step explanation:
We need to multiply 1876 by 12. 1876 * 12 = 22, 512. That's our answer
