A small company manufactures three different electronic components for computers. Component A requires 2 hours of fabrication and 1 hour of assembly; component B
requires 3 hours of fabrication and 1 hour of assembly; and component C requires 2
hours of fabrication and 2 hours of assembly. The company has up to 1,000 labor hours
of fabrication time and 800 labor hours of assembly time available each week. The
combined total of components A, B, and C can’t exceed 420 in a week. The profit on
each component A, B, and C is $7, $8, and $10 respectively. How many components of
each type should the company manufacture each week in order to maximize profit
(assuming that they can sell all that they manufacture)? What is the maximum profit

True or false look at the picture pls : /

Questions 9-10. use the table of educational expenditures to answer the questions. k-12 education expenditures population indiana $9.97 billion 6.6 million illinois $28.54 billion 12.9 million kentucky $6.58 billion 4.4 million michigan $16.85 billion 9.9 million ohio $20.23 billion 11.6million 9. if the amount of k-12 education expenses in indiana were proportional to those in ohio, what would have been the expected value of k-12 expenditures in indiana? (give the answer in billions rounded to the nearest hundredth) 10. use the value of k-12 education expenditures in michigan as a proportion of the population in michigan to estimate what the value of k-12 education expenses would be in illinois. a) find the expected value of k-12 expenditures in illinois if illinois were proportional to michigan. (give the answer in billions rounded to the nearest hundredth) b) how does this compare to the actual value for k-12 expenditures in illinois? (lower, higher, same? )

Given: ab ≅ bc and ao ≅ oc ok − angle bisector of ∠boc find: m∠aok