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A sack contains red and blue marbles. The ratio of red marbles to blue marbles is 43. If there are 16 red marbles in the sack how many blue marbles are in the sack?
Given the ratio of red marbles to blue marbles is 4:3 and there are 16 red marbles, we can set up a proportion. If 4 parts represent 16 red marbles, then 1 part equals 4 marbles (16 ÷ 4). Thus, for the blue marbles, which represent 3 parts, there are 3 × 4 = 12 blue marbles in the sack.
In a bag of 25 marble's 7 are blue 4 are green 8 are red and the rest are yellow what is the ratio of blue marble's to yellow marble's?
25 marbles = 7 blue + 4 green + 8 red + 6 yellow The ratio of blue to yellow marbles is 7:6
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 4 to 3 If there are 18 blue marbles in the sack how many red marbles are in the sack?
24
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 4 to 3 If there are 16 red marbles in the sack how many blue marbles are in the sack?
12 blue marbles
What is the ratio of 2 blue to the number of 4 red?
theres is 1 blue for every 2 reds, so 1:2
A bottle contains blue beads and red beadsthe number of red beads is 4 times the number of blue beads if there are 3568 red beads how many more red beads than blue beads are there?
2676
If you alternate red beads and blue beads how many red and blue beads can you fit on 4 in of string?
8
What is the nth term of 4 red beads and 3 blue beads in a pattern increasing by two red beads and 3 blue beads each time?
The pattern starts with 4 red beads and 3 blue beads, and increases by 2 red beads and 3 blue beads for each subsequent term. Therefore, the nth term can be expressed as: ( \text{Red beads} = 4 + 2(n-1) ) and ( \text{Blue beads} = 3 + 3(n-1) ). Simplifying these gives: ( \text{Red beads} = 2n + 2 ) and ( \text{Blue beads} = 3n ). Thus, the nth term consists of ( (2n + 2) ) red beads and ( 3n ) blue beads.
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 43 If there are 16 red marbles in the sack how many blue marbles are in the sack?
This problem doesn't lead to a whole number solution. Are you sure you copied it correctly? Maybe you meant the ratio is 4 to 3. In that case: red/blue = 4/3 blue/red = 3/4 blue = (3 * red) / 4 = (3 * 16) / 4 = 12 blue marbles
How many blue beads would there be in a pattern with 10 black beads?
There is not enough information in order to answer this question.The amount of blue beads would depend on the size of the blue beads.The amount of blue beads would depend on the size of the red beads, too.It would also depend on the size of the bracelet.It would also depend on how complex or simple the bracelet design is.
If there is one tin of blue for every four tins of red What is the ratio of red tins to blue?
4 Red Tins For Every 1 Blue Tin
How many beads are in the larger share when 540 beads are shared in the ratio of 4 to 5?
300 beads
In a bag of 25 marble's 7 are blue 4 are green 8 are red and the rest are yellow what is the ratio of blue marble's to yellow marble's?
25 marbles = 7 blue + 4 green + 8 red + 6 yellow The ratio of blue to yellow marbles is 7:6
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 4 to 3 If there are 18 blue marbles in the sack how many red marbles are in the sack?
24
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 4 to 3 If there are 16 red marbles in the sack how many blue marbles are in the sack?
12 blue marbles
A sack contains red and blue marbles The ratio of red marbles to blue marbles is 4 3 If there are 16 red marbles in the sack how many blue marbles are in the sack?
12 blue marbles
A sack contains red and blue marbles the ratio of red marbles to blue marbles is 4 3 if there are 18 blue marbles in the sack how many red marbles are in the sack?
24 red marbles
