To find the possible length for side AB in triangle ABC with sides BC = 12 and AC = 21, we can use the triangle inequality theorem. The sum of the lengths of any two sides must be greater than the length of the third side. Therefore, we can write the inequalities:
Combining these, we get the inequality: 9 < AB < 33.
no chit Sherlock
2(x + y) = 156 x = 2y Here x = length of rectangle and y = width
Google it, I dont know :P
The parker's are installing a wooden fence ini their backyard. The have 330 feet of wood. The length can be no more than 90 feet. Write and solve an inequality to find the maximum width of the fence
5n > 25
There is no scenario that describes the inequality 15x-2 58.
0 < L < x where x is the maximum possible length. Although there is no information in the question which would limit the length of the deck, the universe contains only a finite number of atoms and so that would result in an upper bound for the length of the deck.
If the length of each side of a rectangular picture frame needs to be 15 in and you only have 48 in of wood, use the following inequality to solve. 2l + 2w = p, in this case 2(15) + 2w <=48, so 2w <=18. The width of your fram must be 9 inches or less.
To write a thesis for gender inequality one would need to identify a narrow topic to discuss about gender inequality. One example would be, how gender inequality in the workplace hurts us all.
100mm
no chit Sherlock
2(x + y) = 156 x = 2y Here x = length of rectangle and y = width
2 is not equal to 17.
Google it, I dont know :P
x <= 450
r <= 5.
The parker's are installing a wooden fence ini their backyard. The have 330 feet of wood. The length can be no more than 90 feet. Write and solve an inequality to find the maximum width of the fence