answer:
ii. a 2-digit number
explanation:
Throwing of a die can have 6 possible outputs.
1, 2, 3, 4, 5 and 6.

So, N(S)N(S) (number of Space) is 6
The numbers having greater value than 22 are- 3, 4, 5 and 6.
So, we can get a number which is greater than 2 in four ways.
So, N(E)N(E) (number of Events) is 4
If probability of finding a number greater than 4 in throw of a die is denoted by P(A)P(A), then-
P(A)=N(E)N(S)=46=23P(A)=N(E)N(S)=46=23 (a)
There you go!
Answer:
94
Step-by-step explanation:
So
376= x + 3x
Where x is the hambugers and 3 x is cheeseburgers
so it is the same as
376= 4x
divide both sides by 4
x= 94
we can check by tripling x = 283 and adding the hamburgers we found to be 94 which gives us 376
Answer:
Point D is invariant
Step-by-step explanation:
A geometry tool such as GeoGebra can help with this effort.
Using the geometry tool, I found it easier to move points P and Q, rather than trying to move lines m1, m2, and n. That has the same effect.
The problem setup has points A, B, and C remaining where they started. I was a little surprised to see that point D also remains in the same location. (I could not see any obvious reason why. Perhaps proportions are involved.)
Attached are two different sets of m1, m2, and n for the same A, B, C. You can see that point D remained in the same place. "Quadrangle" PQRS is colored in both figures.
<span>#2 A
number line ranging from negative 2 to positive 2, with increments of 1
fourth. The area between zero and negative 1 fourth is in brackets with
negative 1 fourth written above it. The area between negative 1 fourth
and negative 3 fourths is in brackets, with negative 1 half written
above it. is your answer</span>
Answer:
-2.5, -1.5, 1.5 2.5 3.5 4.5
Step-by-step explanation:
I think I did this right.
I hope this helped!