We know that the width of the wall = 13.3 feet
We also know that the number of stripes to be painted = 14
⇒ Width of one stripe =
⇒ Width of one stripe =
⇒ Width of one stripe = 0.95 feet
Hence, the width of one stripe would be 0.95 feet
Answer:
The length of the ribbon is inches.
Step-by-step explanation:
If she cuts the whole ribbon into four unequal pieces, then the length of the ribbon can be found by adding all the lengths.
The length of the ribbon
We add the whole number parts separately and the fractional parts too separately to get;
inches.
Answer:
The added amount is 0.58 so i pay 8+0.58= 8.58 but not sure
Step-by-step explanation:
The variable A would most likely be your "independent variable."
This is just standard convention. Nothing is really saying that your independent variable can not be on your Y axis; it is just widely accepted to put your changing variable on the x and your dependent variable on the y axis.
Answer:
Part 1) Find the length s to the nearest tenth
we know that
[length of a circumference]=2*pi*r
for r=3 in
[length of a circumference]=2*pi*3------> 18.84 in
if 2*pi radians (full circle) has a length of------------> 18.84 in
(5*pi/3) radians------------------------------> x
x=(5*pi/3)*18.84/(2*pi)--------> x=15.7 in
the answer Part 1) is
15.7 in
Part 2) What is the probability he will draw a blue tile on both draws?
we have a bag of 5 red tiles, 3 yellow, 4 blue and 3 green
total tiles -----> 15
4 blue out of 15
1st draw is 4/15
2nd draw is 4/15
(4/15)*(4/15)-----> 16/225
the answer Part 2) is
16/225
your welocme