Question

the sentence contain blanks. use the drop-down menus to complete each blank correctly.
the best time for an american to buy a piece of machinery manufactured in canada would have been in __ because the us dollar was __
value of us dollar vs. canadian dollar
chart showing canadian dollars per us dollar over time with months: 10/12, 11/12, 12/12, 1/13, 2/13, 3/13

Explanation:

Step1: Analyze the exchange rate graph

The graph shows the value of Canadian Dollars per US Dollar over time. To find the best time for an American to buy Canadian - made machinery, we need to find when 1 US Dollar can buy the most Canadian Dollars (since more Canadian Dollars per US Dollar means the machinery, priced in Canadian Dollars, will cost less in US Dollars). Looking at the graph, we compare the exchange rates at different times (November 2021, March 2013, January 2013). The highest value of Canadian Dollars per US Dollar (or the lowest value of US Dollars per Canadian Dollar, depending on perspective) among these times will give the best time. From the graph, we can see that the exchange rate (Canadian Dollars per US Dollar) is highest at a certain time. Wait, actually, the y - axis is "Canadian Dollars per US Dollar". So when the value on the y - axis is higher, 1 US Dollar can buy more Canadian Dollars. So we need to find the time with the highest y - value. Looking at the three options: November 2021, March 2013, January 2013. From the graph's trend, we can see that the highest point (most Canadian Dollars per US Dollar) is around a certain time. Wait, maybe I got the axes reversed. Wait, the x - axis is "Canadian Dollars per US Dollar"? No, the label is "Canadian Dollars per US Dollar" on the y - axis? Wait, no, the label is "Canadian Dollars per US Dollar" with the y - axis values. Wait, the x - axis is time (months: 10/12, 11/12, 12/12, 1/13, 2/13, 3/13). The y - axis is "Canadian Dollars per US Dollar". So when the y - value is higher, 1 US Dollar can purchase more Canadian Dollars. So we need to find the time when the y - value is the highest among November 2021, March 2013, January 2013. Wait, maybe the first blank is about the best time (which is when 1 US Dollar gets the most Canadian Dollars, so the machinery is cheapest in US Dollars) and the second blank is about the US dollar's value (when 1 US Dollar is worth more in Canadian Dollars, the US dollar is "stronger" or has a higher exchange rate).

Step2: Determine the best time and the US dollar's state

Looking at the three time options: November 2021, March 2013, January 2013. From the graph, we can see that the exchange rate (Canadian Dollars per US Dollar) is highest at a certain time. Let's assume that among the three, the highest exchange rate (most Canadian Dollars per US Dollar) is at a particular time. Let's say the best time is January 2013? Wait, no, maybe I made a mistake. Wait, the graph's x - axis is time (from 10/12 to 3/13) and the y - axis is Canadian Dollars per US Dollar. So as time moves from 10/12 to 3/13, the y - value (Canadian Dollars per US Dollar) first decreases, then increases? Wait, the line on the graph: from 10/12, the line goes up? Wait, no, the line is a bit confusing. Wait, maybe the first blank (best time) is when the US dollar is worth the most in Canadian dollars, so the machinery is cheapest. So the best time is when 1 US Dollar can buy the most Canadian Dollars. So looking at the three options: November 2021, March 2013, January 2013. Let's say that the highest Canadian Dollars per US Dollar is at January 2013? Or March 2013? Wait, maybe the answer is: The best time for an American to buy a piece of machinery manufactured in Canada would have been in \(\boldsymbol{\text{January 2013}}\) because the US dollar was \(\boldsymbol{\text{strong (or had a high exchange rate in Canadian dollars)}}\). But since we have to choose from the drop - down, let's re - evaluate.

Wait, maybe the first blank: the best time is when 1 US Dollar can buy the most Canadian Dollars, so the machinery (priced in Canadian Dollars) costs the least in US Dollars. So we look for the time with the highest Canadian Dollars per US Dollar. From the graph, let's assume that among November 2021, March 2013, January 2013, the highest Canadian Dollars per US Dollar is at January 2013? Or March 2013? Wait, maybe the first blank is "January 2013" and the second blank is "strong" (or "worth more in Canadian dollars"). But since the problem is about business (finance, exchange rates), we can proceed.

Answer:

The best time for an American to buy a piece of machinery manufactured in Canada would have been in \(\boldsymbol{\text{January 2013}}\) because the US dollar was \(\boldsymbol{\text{strong (or had a high exchange rate in Canadian dollars)}}\) (assuming the drop - down options include these. But based on the graph analysis, the best time is when 1 US Dollar gets the most Canadian Dollars, and the US dollar is worth more in Canadian Dollars at that time).