How about an equilateral right triangle
or
equiangular right triangle
hope this helps
Yes, Dean is correct.
13% = 13/100 = 0.13
0.1 = 0.10
0.13 is greater than 0.10.
Answer:
1. y = -5/6x + 2
Write in slope-intercept form, y = mx + b
2. 46
3. x = 4
Isolate the variable by dividing each side by factors that don't contain the variable.
~Hoped this helped~
~Did it first! Brainiliest, please~
Answer:
56
Step-by-step explanation:
If there can be only one 1 and only one 2, the remaining digits must all be 0. The digits 1 and 2 can be anywhere in the 8 digits, and can be in either order.
There are 8 possible locations in the sequence for the 1, then 7 possible locations for the 2. The total number of possibilities is 8·7 = 56.
12000000, 21000000, 10200000, 20100000, ..., 00000012, 00000021.
There are additional details to the problem that you have left out. I have found them in other resources. The tray has to be 3 centimeters high and the length is five centimeters longer than its width. The volume of the tray is 252 cubic centimeters.
With these given, we can find the equation with the width alone as the variable:



To know if it's possible for the width to be 7.5 centimeters, we just plug this as the value of x and see if it satisfies the equation:



As we can see, the equation was not satisfied therefore it is NOT possible for the width to be 7.5 centimeters.