Option 1 would be the answer is the figure shows that the two sides and one angle of the angle are congruent.
Option 2 would be correct if both triangles<span> have a congruent hypotenuse and a corresponding leg.
Option 3 would be the answer is the all three sides shows they are congruent.
Option 4 is the answer is there is no congruent measurements.
Hope this helps. Have a nice day.</span>
The answer would be .4% of the 150 would be boys choosing this. Here's my work.
First, I found out what 3/5 of 150 would be (divided by 5, then multiplied by 3)
Then I subtracted that number from 150 and ended up with 60 (since 3/5 of 150 is 90)
And finally, I took 60 and divided that by 150 to get .4% of the 150 students who said their fav flavor of ice cream was chocolate was boys.
Answer:
cheeseburger is $3 and chips is $0.75
Step-by-step explanation:
Let price of cheeseburger be x while price of a bag of chips be y hence for the case of Nathan, we can write the equation as x+y=3.75. Similarly, for Jack, we can write it as 2x+3y=8.25
x+y=3.75 hence x=3.75-y and substituting this into the second equation we have
2x+3y=8.25
2(3.75-y)+3y=8.25
7.5-2y+3y=8.25
y=8.25-7.5=0.75
x=3.75-y=3.75-0.75=3
Therefore, price of cheeseburger is $3 and chips is $0.75
Answer:
TU =8
Step-by-step explanation:
Since the angles SXT = TXU are the same
ST = TU
3x+2 = 7x-6
Subtract 3x from each side
3x-3x +2 = 7x-3x-6
2 =4x-6
Add 6 to each side
2+6 = 4x-6+6
8 = 4x
Divide by 4
8/4=4x/4
2=x
Since we know x=2, we can find TU
TU = 7x-6
=7(2) -6
= 14-6
= 8
Answer:
b. Normal data is never one of the inference assumptions.
Step-by-step explanation:
A categorical data specifies among two or more groups, which one each observation belongs to, and one or more explanatory variables that can be used to predict this membership.
So, there are two propositions in statistical inference for categorical data
1. That each data in a cell is independent of the others.
2. That samples are randomly drawn.
Thus, there is no room for normality.