The minutes hand would be on the 6, and the hours hand would be halfway between 2 and 3, because 30 is half of 60.
A circle is 360 degrees, so each gap between the numbers is 30 degrees each.
$30 \cdot 3.5 = 105$, so the answer is 105 degrees
Putting the equations into slope-intercept form,
y=−AxB+3B
y=−x3−53
Both lines are parallel, so −x3=−AxB. Simplify to find that AB=13, meaning that the slope is −13.
y=−x3+3B
Plug in (-7, 2).
2=−−73+3B
6B=7B+9
B=−9
Because A and B are in ratio AB=13, B = -9 and A = -3. So B - A = -9 - (-3) = -6
Rewrite it with simplified radicals,
5√2+3√2
They both have a radical of 2, so we can combine them to get 8√2
To find the bases, we can plug in our known values with x being the smaller base,
2x+92⋅8=60
2x+92=7.5
2x+9=15
x=3
The smaller base is 3, and the larger is 12. The median of a trapezoid is just the average of the bases. So (3+12)/2 = 7.5 which is our answer.
oh shoot lol
We can find a pattern in the exponents. Because we are only looking for units, let's find a pattern in 3s.
3^1, 3^2, 3^3, 3^4, 3^5
3, 9, 7, 1, 3
So every 4th multiple will have a units digit of 1. 120 is divisible by 4, meaning 123^120 has a units digit of 1, so 123^123 will have a units digit of 7.
Think of the perfect squares around 300. 17^2 = 289, 18^2 = 324. √324=18 as we know, so 18 is the least integer greater than $\sqrt{300}$
This means y = 100
−6t2+51=100
−6t2+51=100=0
Apply quadratic formula to get the positive solution of 174+√20112
Plugging in the values,
√7⋅√13⋅√91⋅√97
√91⋅√91⋅√97
So we get 91√97 as the answer
Let's put this into equations,
m+4t=13
m+7t=19
Subtracting the equations we get,
3t=6
t=2
Now we know the cost of a towel, we can plug it back into one of the equations.
m+8=13
m=5
So a mug costs 5 dollars.