Answer:
ASA congruence theorem
Step-by-step explanation:
Given two triangles ABC and KLM.
In ΔABC and ΔKLM,
m∠CBA = m∠MLK (given angle)
BC = LM (given side)
m∠CAB = m∠MKL (given angle)
Therefore, ΔABC ≅ ΔKLM (by ASA congruence theorem)
Hence by ASA congruence theorem ΔABC ≅ ΔKLM.
Answer:
so first do the top one so that would be 7*2 which is 14
and then the bottom which is 5*12 so that would be 60.
60+14 is 74!! 74sq in!
Step-by-step explanation:
s'(107) means the value of derivative of s(a) at a = 107. So, first step is to find the derivative of s(a).
Taking derivative of both sides, we get:
Taking the common out from right hand side of the equation:
Applying the power rule of derivative:
Now we can substitute 107 in place of a to get s'(107):
Thus the value of s'(107) rounded to 5 decimal places is 0.35494
Step-by-step explanation:
2tan∅=10.25
Tan∅= 10.25/2
∅= 78.95
Three hundred twenty-five thousand, eight hundred nine