Describe the relationship between the screen size (inches) and weight of a mobile phone (grams). by Cherie Carlson

cheriecarlson — 2024-05-02 19:46:21 UTC

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2024-05-02 19:53:09 UTC

Apple and Samsung both have a linear positive relationship between the screen sizes and the weight of the phone. Generally as the screen size increases, the weight of the phones increases. It appears that for apples, the plot is fairly constant, as the screen size increases, the variation in weight is kept constant. As for samsung, it is non-constant. The strength of the relationship of both graphs are strong, which means that there is a clear trend. For samsung, a grouping in the range 6-7 is significant.

Apple

2024-05-02 19:53:16 UTC

There appears to be a moderate, positive, linear relationship between the screen size and the weight of an Apple mobile phone. If there in an increase in the screen size of a phone, there is an increase in the weight. The scatter is constant, so the height of the variation between the screen size remains constant.

For example, phones in this range who have a screen size of about 4.7inches have a weight of 20 to 90 grams whereas phones in this data range which have a screen size of 6.8 inches have a weight of 180- 250 grams.

2024-05-02 19:53:17 UTC

there appears to be a moderate, positive, linear relationship between the screen size and weight of a phone from the apple brand. it has a fairly constant scatter along the x axis with an outlier at approximately 5.3 inches and 110g. for samsung however, there appears to be a moderate to strong, positive linear relationship between the screen size and weight of the phone. its scatter appears to be nonconstant along the x axis and has an outlier at the size of approximately 4 inches with a weight of 110 grams.

2024-05-02 19:53:17 UTC

There appears to be a moderately strong linear relationship between the screen size verus weight for apple phones. Generally as the screen size increases weight will also increase. The scatter appears to be constant across the x axis. As the screen size increases the variation in weight is constant. For example when the phone screen size is 5.5 inches the weight ranges from 205 to 190 igroning the outlier. When the screen size is 6.5 inches it ranges from 235 to 220 weight. There was an unsual point is when the screen size is 5.3 inches had a weight of 130 grams.

Relationship between screen size and weight of the Apple mobile phone

22259_45 — 2024-05-02 19:53:18 UTC

There appears to be a moerate, positive linear relationship between the weight of a Apple mobile phone and the screen size of the Apple mobile phone. Generally as the screen size increases, the weight also increases. The scatter appears to be constant across the x axis. There is an unusual data point at screen size 5.4 inches and the weight of 125 grams.

2024-05-02 19:53:23 UTC

There seems to be a weak, positive, linear relationship between the weight of an Apple phone and its corresponding screen size. In general, as the screen size increases, the weight will also increase. The scatter also appears to be non-constant.

For Samsung phones, as screen size increases, weight also increases. This is shown by the moderate-strong positive linear relationship between the screen size and weight. The scatter is also rather constant. The variation around the trend line seems to be approximately 70 grams. There is an outlier at 7.8 inches of screen size where it appears to

2024-05-02 19:53:27 UTC

For Apple, there appears to be a moderately weak positive linear relationship between phone screen size and its weight in grams - as screen size increases, the weight of the phone increases. The scatter appears to be constant across the x-axis as the variation of weight stays constant as screen size increases.

2024-05-02 19:53:36 UTC

For Apple, there appears to be a weak positive, linear relationship between the screen size and weight of a mobile phone. Generally as screen size increases, the weight of the phone also increases. The scatter appears to be constant across the x axis. For Samsung, there appears to be a moderate, postiive linear relationship between the screen size and weight of the phone. The scatter appears to be non-constant. There is an outlier at approximately 7.8 inches with a weight of approximately 280g.

2024-05-02 19:53:40 UTC

apple

there appears to be a weak, positive linear relationship between the screen size and the weight of an apple phone. the graph is non-constant across the x-axis and there are a few outliers at a screen size of 5.4 inches with a weight of approx 75 grams and at a screen size of 6.2 inches with a weight of 160.

Samsung

there is a moderately strong, positive, linear relationship between the screen size and the weight of a samsung phone. The graph is constant across the x-axis and there are a few outliers at 7.8 inches with a weight of over 250g. There are significant groups/clusters around 6-7inches.

2024-05-02 19:53:43 UTC

For Apple, there appears to be moderate, positive, linear relationship between the screen size and weight of the phone. Generally, as the screen size of the phone increases, the weight also increases. The scatter appears to be constant. As the screen size increases, the weight’s range stays constant. There are also a couple of outliers like the phone with a size of 5.4inches costing less than $150

For Samsung, the relationship between the screen size and the weight of the phone appears to be moderately weak, positive and linear. the scatter appears to be constant throughout the graph. There is one outlier with a size of over 7inches costing around $300

2024-05-02 19:53:44 UTC

Apple

there is a weak, positive linear relationship between the screensize and weight of a phone. the scatter appears to be constant. generally, as the screensize of a phone increases, the weight also increases

Samsung

there is a moderate, positive, linear relationship between the screensize and weight of a phone. the scatter appears to be constant. there appears to be an outlier where a 7.7 inch phone weighs 240 grams. generally, as the screensize of a phone increases, the weight also increases

2024-05-02 19:53:57 UTC

There appears to be a moderate, positive linear relationship between the weight of an apple phone and its screen size. Generally as the weight increases screen size also increases. The graph is constant and there appears to be two outliers.Groupings around 6 inches.

There appears to be a strong moderate, positive linear relationship between the weight of a samsung phone and its screen size. It is constant and as weight increases screen size also increases. There are two outliers, one at 4 inches and one at 8 inches. There is a big grouping at 6-7 inches.

2024-05-02 19:54:05 UTC

There appears to be a moderate, positive, linear relationship between the screen size and the weight of Apple phones. The scatter appears to be constant, so as the screen size of an apple phone increases, the variation in its weight remains constant.

There appears to be a strong, positive, linear relationship between the screen size and the weight of Samsung phones. The scatter appears to be constant, so as the screen size of an apple phone increases, the variation in its weight remains constant.

apple there appears to be a moderate, positive relationship between the screen size of the mobile and the weight of the mobile phones. the scatter appears to be constant along the x-axis. there are a few unusual points in the graph

2024-05-02 19:54:11 UTC

2024-05-02 19:54:20 UTC

The relationship between an Apple phone's screen size (inches) and weight (grams) has a positive linear correlation with moderate strength.

The relationship between the Samsung phone's screen size and weight is moderately strong and has a positive linear correlation. The data appears to be constant with an outlier at 8 inches and 280 grams

apple

22437_33 — 2024-05-02 19:54:25 UTC

The relationship between the weight and the screen size of apple and samsung phones is a linear positive relationship, so as the weight of the phone increases, so does its screen size. The relationship is moderate to strong, and the scatter is constant. There are a few outliers, like the apple phone that weighed 140 g and the samsung phone that weighed 200g and had a screen of 5.8 inches. There are no clusters.